Advance Vehicle Technology is a comprehensive and thorough description of vehicle bodies and components and has been updated to provide additional material on subjects such an antilock breaking, vehicle aerodynamics, tire tread design advances, electronically controlled anti-vibration engine mountings and transport refrigeration. Advanced Vehicle Technology 2nd edition has depth coverage, detailed illustrations and fluent and precise style which are the outstanding features of the book. This second edition aimed at or designed for automotive engineers and technicians used as a textbook that was a great help to them.

1. Vehicle Structure
2. Friction Clutch
3. Manual gearboxes and overdrives
4. Hydrokinetic fluid couplings and torque converters
5. Semi- and fully automatic transmission
6. Transmission bearings and constant velocity joints
7. Final drive Transmission
8. Tyres
9. Steering
10. Suspension
11. Break System
12. Air operated power break equipments and vehicle retarders
13. Vehicle Refrigeration
14. Vehicle body aerodynamics

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This second edition fulfills the goal of discussing issues related to the FCC process. This provides a practical “transfer of experience” to the Readers' knowledge. Each Chapters reviewed carefully for accuracy and completeness. "Fluid catalytic cracking (FCC) continues to play a key role in an integrated refinery as the primary conversion process. A new chapter supplies valuable recommendations for optimizing the performance of cat cracker operations.

1. Process description
2. FCC Feed Characterization
3. FCC Catalysts
4. Chemistry of FCC Reactions
5. Unit Monitoring Control
6. Products And Economics
7. Project Management And Hardware Design
8. Troubleshooting
9. Debottlenecking and Optimization
10. Emerging Tends IN Fluidized Catalytic Cracking

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The books include an introduction to Drilling Fluids and Solid Control Treatment, Drilling Fluid System arrangements, a hand Book on each Piece of mechanical Solids control equipment and accessory systems. The AADE Steadfastly Supported the Rewrite Effort for the new Shale Shaker Handbook and was Responsible for Expanding the Handbook into this textbook on this Solids control Equipment. It is greatly expanded from initial book that precipitated the endeavor. This book is written for a board audience: derrickmen and drilling supervisors will find Practical Help. Drilling engineers will find design and technical data to assist in understanding Drilled solid Management. The book also Contains information about Dilution, Calculating Drilled Solids concentration in a discard Stream ( or in a drilling Fluid), Dewatering, Centrifugal Pumps, Electric Motors, Clear, Specific Durations For rig Personnel.

1. Introduction

2. The Role Of Shale shaker

3. Shale Shaker Design

4. Shaker application

5. Shaker User’s Guide

6. Shake shaker Screen

7. Solid Control Equipment

8. Dilution

9. Cut Points

10. Calculating Drilled Solid Concentrations

11. Centrifugal Pumps

12. Electronic Motors

13. Solid Dewatering

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This volume is Concerned mainly with the Physical Nature of the process that takes place in industrial units particularly with the determining the factor that influence the rate of transfer of material. In this volume, the question of this cost has not considered in any detail, but the aim has not been to indicate the conditions under which various types of units will operate in the most economical manner. Without a thorough knowledge of the physical principles involved in the various operations, it is not possible to select the most suitable one for a given Process. The topics discuss in volume from the important part of any chemical engineering project.

1. Particulate Solids

2. Particle Size Reduction and Enlargement

3. Motion of Particles in Fluids

4. Flow of fluids Through Granular Beds and Packed Columns

5. Sedimentation

6. Fluidisation

7. Fluid Filtration

8. Membrane Separation Process

9. Centrifugal Separations

10. Leaching

11. Distillation

12. Absorption of Gasses

13. Liquid Liquid Extraction

14. Evaporation

15. Crystallization

16. Drying

17. Adsorption

18. Ion Exchange

19. Chromatographic separations

20. Production Design

http://rapidshare.de/files/20906540/RICHARDSON__J._F.__2002_._Coulson___Richardson_s_Chemical_Engineering_Volume_2__5th_ed._.rar 12.06 MB

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This book part of a required reading program for all engineers, as part of our company's process safety program. Anyone involved in chemical or petroleum operations, will benefit greatly from the wisdom that can be gained by learning from other's mistakes. This allows for easy short term reading periods appropriate for training classes or casual reading. The book recounts numerous actual process plant accidents and incidents, includes causes and effects, and avoidance and mitigation practices. This book help keep memories alive. Moreover, it is concerned with the immediate technical causes of accidents and the changes in design and procedures needed to prevent them from happening again.

1. Preparation for maintenance

2. Modifications

3. Accidents Caused by Human error

4. Labeling

5. Storage tanks

6. Stacks

7. Leaks

8. Liquefied flammable Gases

9. Pipe and Vessel Failure

10. Other Equipment

11. Entry to Vessels

12. Hazard of Common Material

13. Tank Trucks and Cars

14. Testing of trips and other Protective Systems

15. Static Electricity

16. Materials of Construction

17. Operating Methods

18. Reverse Flow and Other Unforeseen Deviations

19. I Didn’t Know that

20. Problem With Computer Control

21. Inherently Safer Design

22. Reactions-Planned And Unplanned

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This book contains answers to the more challenging questions posed at the end of each chapter at the main text. This volume from the author Coulson and Richardson series in Chemical Engineering contains full worked solution for problems in Volume 1. This volume contains detail solutions for volume 1 questions. The book is a successor to the old volume 4 which satisfy the demand as far as the problems in Volume 1 are concerned. It should appreciated the most engineering problems do not have unique solutions. There is a section of problems, which the reader invited to solve in order to consolidate his/her understanding of the principles and to gain a better appreciation of the order of magnitude of the quantities involved.

1. Units and Dimensions
2. Flow of Fluids­­-energy and momentum relationships
3. flow in pipes and Channels
4. Flow of Compressible fluids
5. Flow of multiphase mixtures
6. Flow and pressure Measurement
7. Liquid Mixing
8. Pumping of Fluids
9. Heat Transfer
10. Mass Transfer
11. The Boundary layer
12. Momentum, Heat and mass transfer
13. Humidification and water cooling

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The book produce an easy to read, easy to understand, practical text book stressing hydraulic design, that could be of hands-on intended use for the pump designer, student, and rotating equipment engineer. It is essential to understand the sources of pump noise and causes of vibration that result from installation, application, cavitations, pulsation, acoustic resonance. This book best for pump user, pump designer, rotating-equipment engineer, and student. This bridges the gap between scholarly texts and standard engineering design guides. A practical reference presents both design criteria and application guidelines.

1. Introduction
2. Specific Speed and Modeling Laws
3. Impeller Design
4. General Pump Design
5. Volute Design
6. Design of Multi-stage Casing
7. Double-suction pumps and side-suction Design
8. NPSH
9. Vertical Pumps
10. Pipeline, Water flood, and C0z pumps
11. High Speed Pumps
12. Double Case pumps
13. Slurry Pumps
14. Hydraulic Power Recovery Turbines
15. Chemical pumps-metallic and Nonmetallic
16. Shaft Design and Axial Thrust
17. Mechanical Seals
18. Vibration and Noise in Pumps
19. Alignment
20. Rolling Element Bearings and Lubrication
21. Mechanical seal Reliability

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This book offers sound advice on identifying chemical process hazard analysis, training, audits, and guidelines addressing the elements of OSHA’s Process safety Management law. This contains two new chapters with many new incidents and vivid photos for analysis and study. The book attempt to interpret three sections of the standards that deal with “Mechanical Integrity,” “Management of Change,” and “ incident Investigation” based on nearly a quarter century of experience in process safety practice, significant literature studies, Consulting associates at other plants, and from regulators. The information of this book came from a number of sources, including Stories from my experiences in the now-defunct Louisiana loss prevention Association; students in the AIChE’s “Chemical plant accidents” Course; Member of the leak area of Industries McNeese State University Engineering Department’s OSHA Support meetings; and coworkers, friends and Literature.

1. Perspective, Perspective, Perspective

2. Good intentions

3. Focusing on water and steam: the Ever-present and Sometimes evil twins

4. Preparation for maintenance

5. Maintenance-induced Accidents and process piping Problems

6. One-minute Modifications: Small, Quick in Plant Can Create Bad Memories

7. Failure to use, Consult, or Understand Specification

8. “Imagine If” Modification and practical Problem Solving

9. The role of Mechanical Integrity In Chemical Process safety

10. Effectively managing change within the chemical Industry

11. investigating and sharing near-misses and unfortunate incident

12. Sources helpful information for chemical Process Safety

http://rapidshare.de/files/20907573/SANDERS__R._E.__1999_._Chemical_Process_Safety_-_Learning_from_Case_Histories.rar

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Crystallization Process Systems tells about a clear and knowledge view and an overview of crystallization. It provides an ideal lead-in to more specialized works such as Crystallization and Solid-Liquid Separation. This gives a clear, concise, balanced and up to date presentation of crystallization and solid-liquid separation of the crystalline product. The book presented an information in a coherent, concise and logical sequence based on the fundamentals of particulate crystallization processes as systems. The focus of the book is dealing with related unit operations as far as is necessary. The book comprised the earlier undergraduate taught topics together with some enhance Material; mainly covering the more advanced and researched topics and a great help to those undertake Crystallization process design projects.

1. particulate crystals characteristics

2. Fluid particle Transport process

3. Crystallization principle and techniques

4. Solid-liquid separation processes

5. Crystal formation and breakage

6. crystal agglomeration and adsorption

7. Crystallizer design and performance

8. Crystallizer mixing and Scale-up

9. Design of Crystallization Process System

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The Mechanics of Adhesion

Adhesion Science and Engineering dealt in this volume with the mechanics of the adhesive bonds and the rheology of adhesive. This volume focuses attention on the contribution of mechanics principles and solutions to understanding the fabrication, design, analysis, and testing of Adhesive Bonding, this volume offers a comprehensive overview of the current understanding of stresses, deformation, and fracture parameters associated with a range of adhesive bonds. The book provides an overview of this board interdisciplinary field.

1. fundamentals of stress transfer in bonded system
2. fracture mechanics and singularities in bonded system
3. Energy Analysis and Adhesion
4. Strength of lap shear joints
5. strength of butt and sharp-cornered joins
6. Mechanical testing adhesive joints
7. measurement and analysis of the fracture properties of Adhesive properties of Adhesive
8. the Mechanics of peel test
9. the mechanics of Coatings
10. Stresses and Fracture of elastomeric bonds
11. Crack path Selection in adhesively bonded joints
12. rheology of adhesion science and technology
13. Effect of rhaology on PSA performance
14. Tack
15. Contact Mechanics
16. Measurement Method for fiber-matrix adhesion in composite
17. the Dorability of Adhesive joints
18. Ultrasonic inspection f Adhesive Bonds
19. the design of Adhesive Bonded joins

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Surfaces, Chemistry & Application

This volume deals with other two disciplines that make up adhesion science, surfaces and chemistry. In addition, this volume describes several applications of adhesion science and engineering. The volume begins with discussions of surface science and how does they relate to adhesion scence.

1. Semi-empirical strategies for Predicting adhesion
2. Direct Estimation of the adhesion of solid polymers
3. Particle adhesion
4. Surface mechanical measurements at the nanoscale
5. Micro-mechanical processes in adhesion and fracture
6. Surface analysis in adhesion science
7. Surface roughness in Adhesion and fracture
8. Diffusion and autohesion
9. Compiling agents: chemical bonding at interfaces
10. priming to improve adhesion
11. pressure Sensitive adhesion
12. Release coating for pressure sensitive Adhesive
13. Rubber base adhesives
14. Fundamentals aspects in Adhesion in technology in silicones
15. Hot melt Adhesive
16. Chemistry and technology of polyurethane adhesive
17. the chemistry of bis-maliemides used in adhesive
18. Structural acrylics
19. Cyanoacrylate instant Adhesive
20. Phenolic resins: some chemistry, technology and history
21. surface treatments of metal adherends
22. electron beam process Adhesives and their use in composite
23. Wood Adhesives
24. tissues Adhesives and Hemostats: new tools for surgeon
25. Application of Adhesives in aerospace

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http://rapidshare.de/files/20904876/POCIUS__A._V.__2002_._Adhesion_Science_and_Engineering__2_vols._.rar

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This extensively researched book assembles a tremendous amount of practical information to help reduce and control the environmental consequences of producing and processing petroleum and natural gas.This book shows you how to plan and manage production activities to minimize and even eliminate some environmental problems without severely disrupting operations. Other topics include United States federal environmental regulations, sensitive habitats, major U.S. chemical waste exchanges, and offshore releases of oil. This book reviews the remedial technologies available. The book has been organized and written for a target audience having little or no training in the environmental issues facing the petroleum industry. This book has involved from course notes developed by the author for use in undergraduate and graduate classes.

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1. Introduction to environmental control in the petroleum industry

2. Drilling and Production Operations

3. the impact of drilling and production operation

4. Environmental transport of petroleum wastes

5. Planning for environmental protection

6. Waste Treatment Methods

7. Waste Disposal Methods

8. Appendix A: environmental Regulations

9. Appendix B: Sensitive Habitats

http://rapidshare.de/files/20906202/REIS__J._C.__1996_._Environmental_Control_in_Petroleum_Engineering.rar

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This book is intended for practicing chemical engineers working in industry, chemical engineering scientist and research students working in the area of reactor engineering to get information and to organize and facilitate the central task of reactor engineer. This book introduces the contents that to be covered in detail in subsequent chapters. It may use as basic resource for making appropriate decisions about investment in the application of CFD to reactor engineering. The advantage of Computational flow modeling (CFM) may reduce develop time, leading to reduce time to market, shorter payback time and better cash flow. It is however, necessary to adapt CFD techniques and to develop computational flow modeling approach to apply them to chemical reactor engineering. This book was design with the intention of assisting practicing engineers and researches to develop such approach.

Contents

1. Reactor Engineering and Flow Modeling

2. Mathematical Modeling of flow Processes

3. Turbulent Flow Processes

4. Multiphase Flow Processes

5. Reactive Flow Processes

6. Numerical Solution of model Equations

7. Numerical Solution of Complex Flow Models

8. Computational tools For simulating flow Processes

9. Flow Modeling for Reactor Engineering

10. Stirred Reactors

11. Bubble Column Reactors

12. Fluidized Bed Reactors

13. Fixed Bed And other Types of Reactors

14. Epilogue

http://rapidshare.de/files/20905047/RANADE__V._V.__2001_._Computational_Flow_Modeling_for_Chemical_Reactor_Engineering.rar 7.53 MB

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Pipe Line Corrosion and Cathodic Protection, Third Edition, shows you how to take actual field measurements and apply them to design a well-protected system. This book is the best introduction to the fundamentals. By getting information for taking measurements and making the calculations necessary for cothodic protection of buried pipelines. essentially a practical field manual for corrosion technicians and engineers.

1. Soil Resistivity Surveys

2. Potential Surveys

3. Line Currents

4. Current Requirement Surveys

5. Rectifier Systems For Coated lines

6. Ground Bed Design and installations

7. Galvanic anodes on Coated lines

8. Hot spot Protection

9. Stray-current Electrolysis

10. Interference in Cathodic Protection

11. Operation and Maintenance

12. Coating Inspection and testing

http://rapidshare.de/files/20904212/PARKER__M._E.__1984_._Pipe_Line_Corrosion_and_Cathodic_Protection__3rd_ed._.rar

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The aim of this book is to decrease error and help the partially experience estimator o determine more accurately the actual direct labor cost for the complete fabrication and installation of process piping for a given industrial or a chemical plant. The book is strictly for estimating direct labor in man Hour only. In this high-tech world of sophisticated software packages, include for several labor and cost estimating, you might wonder what a collection of man-hour tables offers that a computer program does not. This manual is intended for individuals. This book is still the benchmark manual for accurate man-hour takeoffs in the piping industry and the only improvement will be when it is published in a metric measurement version as well as this Imperial measurement standard. This manual is used in places other than the USA and the rest of the world is Metric. This book is a great help for who are involved in cost in piping projects.

1. Shop fabrication of pipe and fittings

2. Field Fabrication and erection

3. alloy and none-ferrous fabrication

4. pneumatic mechanical instrumentation

5. Underground Piping

6. Hangers and Support

7. Painting

8. Patent Scaffolding

9. Insulation

10. Sample estimate

11. Technical information

http://rapidshare.de/files/20902608/PAGE__J._S.__1999_._Estimator_s_Piping_Man-Hour_Manual__5th_ed._.rar

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This book provides student with the basic skills they will need to prepare a wide range of piping drawings. It has step-by-step instructions to walk pipe designers and drafters, students in engineering design graphics and engineering technology, through the creating of piping arrangement and isometric drawings using symbols for fittings, flanges, valves and mechanical equipment. Over 350 illustrations and photographs provide examples and visual instructions. Drawings are systematically arranged, beginning with the layout of the structural foundations of a facility, through to the development of a 3D model. Advanced chapters discuss the customization of AutoCAD and Auto LISP, and detail the use of third-party software to create 3D models from which elevation; section and isometric drawings are extracted, including bills of material.

1. Overview of pipe Drafting and Design
2. Steel pipe
3. Pipe Fittings
4. Flange Basics
5. Valves
6. Mechanical Equipment
7. Flow Diagram and Instrumentation
8. Codes and Specification
9. Equipment Layout
10. Piping Arrangement Drawings, sections, and elevations
11. Standard Piping Details
12. Piping System
13. Piping Isometrics
14. Customizing AutoCAD
15. Three-dimensional Modeling Piping System

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This book will help the readers to determine if they are dealing with a fractured reservoir or not. The materials included in this edition will allow readers to move away from the historical fracture denial that mostly of the reservoir workers have suffered from for many years. Also, the author had tried to retain the emphasis on rock data approaches to the study of reservoirs while adding more material on their production histories and characteristics.

1. Evaluating Fractures Reservoirs: Introduction
2. Reservoir Management
3. Detecting and Predicting Fracture Occurrence and Intensity
4. Analysis of Anisotropic Reservoirs
5. Analysis Procedures in Fractured Reservoirs

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This 5th Edition of the book includes citation of sites on the World Wide Web in addition to references in the print media. The Office of Nuclear Energy promotes nuclear power as a resource capable of meeting the Nation's energy, environmental and national security needs by resolving technical and regulatory barriers through research, development and demonstration.

1. Energy

2. Atoms and nuclei

3. Radioactivity

4. Nuclear Processes

5. Radiation and materials

6. fission

7. Fusion

8. Particle Accelerators

9. Isotope Separators

10. Radiators detectors

11. Neutron Chain Reactions

12. Nuclear heat Energy

13. Breeder Reactors

14. Fusion Reactors

15. The History of Nuclear Energy

16. Biological Effects of Radiation

17. Information from isotopes

18. Useful radiation effects

19. Reactor Safety

20. Nuclear Propulsion

21. Radiation protection

22. Radioactive waste disposal

23. Laws, Regulations and Organizations

24. Energy Economics

25. International Nuclear Power

26. Nuclear Explosions

27. The Future

http://rapidshare.de/files/20902244/MURRAY__R._L.__2000_._Nuclear_Energy_-_An_Introduction_to_the_Concepts__Systems__etc.__5th_ed._.rar

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This seventh edition classic marine text book is best for students and marine engineers. This provides information, illustration and sufficient in theoretical background to enable the reader to fully understand the principles involved in marine auxiliary machinery. It also serve as a useful reference work for engineers in the shipbuilding and equipment manufacturing industries, as well as all sea-going engineers. It is design for easy use and has detailed treatment and practical orientation of the subject matter is presented in a very accessible manner. It also concerned and maintenance of the auxiliary machinery and apparatus on board ship and essential reading for marine engineers preparing for British Certificates of Competency examinations, US Licenses and similar qualifications elsewhere.

1. Main propulsion services and heat exchangers

2. Machinery service system and equipment

3. Ship service systems

4. Valves and pipelines

5. Pumps and pumping

6. tanker and gas carrier cargo pumps and system

7. Auxiliary system

8. The propeller shaft

9. Steering Gears

10. Bow thrusters, Stabilizer and stabilizing systems

11. Refrigeration

12. Heating, Ventilation and air Conditioning

13. Deck Machinery and cargo equipment

14. Fire protection

15. safety and safety equipment

16. Control and instrumentation

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This book was designed to represent the basic essentials of the properties and processing behavior of plastics. The main part of the book is to illustrate how quantitative design of plastic of plastic components can be carried out using simple techniques and how apparently complex molding operations can be analyzed without difficulty.

The contents of the book were presented by the following:

1. Polymeric Materials
2. Plastics Available to the designer
1. Engineering Plastics
2. Thermosets
3. Composites
4. Structural Foam
5. Elastomers
6. Polymer Alloys
7. Liquid Crystal Polymers

1. Selection of plastics
1. Mechanical Properties
2. Degradation
3. Wear Resistance and Frictional Properties
4. Special Properties
5. Processing
6. Costs

http://rapidshare.de/files/21075205/CRAWFORD__R._J.__1998_._Plastics_Engineering__3rd_ed._.rar

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The metal fatigue book takes the form of a specialist work. This book contains two Objectives; one is to present a new way of understanding through the phenomena of metal fatigue. The other one is to set out a practical method for engineers and also for researchers working on fatigue design and structural integrity to use when assessing the influence of small defects and nonmetallic inclusions on fatigue strength. A part of the book includes a concise explanation of metal fatigue topics presented.

1. Mechanism of fatigue in the absence of Defects and inclusions

2. Stress Concentration

3. Notch Effect and Size Effect

4. Effect of Size and Geometry of Small on the Fatigue Limit

5. Effect of Hardness Hv on Fatigue limits of Materials Containing Defects, and Fatigue limit Prediction Equations

6. Effects of Nonmetallic Inclusions on Fatigue Strength

7. Bearing Steels

8. Spring Steels

9. Tool Steels: Effect of Carbides

10. Effects of Shape and Size of Artificially Introduced Alumina Particles on 1.5Ni-Cr-Mo (En24) Steel

11. Nodular Cast Iron

12. Influence of Si-Phase on Fatigue Properties of Aluminum Alloys

13. Ti Alloys

14. Torsional Fatigue

15. Mechanism of Fatigue of Steels in the Ultralong Life Regime of N > 10^7 Cycles

16. Effect on Surface Roughness on Fatigue Strength

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One of the most common energy sources used for many decades “The Battery”. As the technology continues to develop, there are many possible upgraded batteries are now released. This book was designed for farther information for the readers to get more knowledge. This book attempts to draw together in one place the available information on all types of batteries now being commercially produced for the users of the product be guided on what type of battery they were using.

Different characteristics of primary and secondary batteries:

1. Lead-Acid Secondary Battery
2. Nickel Batteries
3. Silver Batteries
4. Alkaline Manganese Batteries
5. Carbon-Zinc and Carbon-Zinc Chloride Primary Batteries
6. Mercury Batteries
7. Lithium Batteries
8. Manganese Dioxide-Magnesium Perchlorate Primary Batteries
9. Magnesium-Organic Electrolyte Primary Batteries
10. Metal-Air Cells
11. High Temperature Thermally Activated Reserved Batteries
12. Zinc-Halogen Secondary Batteries
13. Sodium-Sulfur Secondary Batteries
14. Other fast-ion conducting solid systems
15. Water-Activated Primary Batteries

Battery Theory and Design:

1. Lead-Acid Secondary Batteries
2. Nickel Batteries
3. Silver Batteries
4. Alkaline Manganese Batteries
5. Carbon-Zinc and Carbon-Zinc Chloride Batteries
6. Mercury-Zinc Batteries
7. Lithium Batteries
8. Manganese Dioxide-Magnesium Perchlorate Primary Batteries
9. Metal Air Batteries
10. High Temperature Thermally Activated Primary Batteries
11. Zinc-Halogen Secondary Batteries
12. Sodium-Sulfur Secondary Batteries

Battery Performance Evaluation:

1. Primary Batteries
2. Secondary Batteries

Battery Applications:

1. Lead-Acid Secondary Batteries
2. Nickel Batteries
3. Alkaline Manganese Primary Batteries
4. Carbon-Zinc Primary Batteries
5. Mercury Batteries
6. Lithium Primary Batteries
7. Manganese Dioxide-Magnesium Perchlorate Primary Batteries
8. Metal-Air Batteries
9. High-Temperature Thermally Activated Primary Batteries
10. Seawater-Activated Primary Batteries
11. Electric Vehicle Secondary Batteries

http://rapidshare.de/files/21315528/CROMPTON__T._R.__2000_._Battery_Reference_Book__3rd_ed._.rar

The book was designed for essential reading for marine engineers which instructs both students and sea-going engineers in the operation, care and maintenance of the auxiliary machinery. It will be a great help for aspiring marine engineers for more insights about this subject matter.

1. Main Propulsion Services and Heat Exchangers
2. Machinery Service Systems and Equipment
3. Ship Service Systems
4. Valves and Pipelines
5. Pumps and Pumping
6. Tanker and gas Carrier Cargo Pumps and Systems
7. Auxiliary Power
8. The Propeller Shaft
9. Steering Gears
10. Bow Thrusters, Stabilizers and Stabilizing Systems
11. Refrigeration
12. Heating, Ventilation and Air Conditioning
13. Deck Machinery and Cargo Equipment
14. Fire Protection
15. Safety and Safety Equipment
16. Control and Instrumentation

http://rapidshare.de/files/21101172/MCGEORGE__H._D.__1995_._Marine_Auxiliary_Machinery__7th_ed._.rar

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This new version of book deals deeply with methodology rather than methods of thermodynamic systems. The book gives an almost complete summary of facts, theories and general principles that should be used by the researcher in his own work and developed not only on the low technical level but also on the high fundamental level. The book is also related to a more fundamental factor. It was also compensated with primary information so that the reader can subsequently begin to study the more special literature.

1. Stability ad Phase Separation
2. Fluctuation, light Scattering And Diffusion
3. Polymer+low-molecular-liquid system. Mean Field approaches. Liquid-liquid phase Separation
4. University Principle. Scaling Ideas. Dynamics of Macromolecules
5. Methods for Renormalization Group Transformations
6. Liquid(Solution)-Crystal Phase Separation

http://rapidshare.de/files/20888672/KLENIN__V._J.__1999_._Thermodynamics_of_Systems_Containing_Flexible-Chain_Polymers.rar

The aim of this book is to show by analyzing accident that have occurred and how we can learn more from accidents and prevent them occurring again. This book help us to see the infra-red and ultra-violent of accident prevention . The book primarily concerned with the collection of information about accidents and consider the facts already collected and t may be useful to summarize a few points that are sometimes overlooked. The book should therefore interest all those concerned with the investigation of accidents, of whatever short, and all those who work in industry, whether in design, operations or loss prevention.

1. Two Simple incidents
2. Protective system failure
3. Poor procedures and poor Management
4. A gas leak and explosion – the hazards of insularity
5. A liquid leak and fire and the Hazard of amateurism
6. A tank explosion – the Hazards of optional extras
7. Another Tank Explosion – The Hazard of modification and ignorance
8. Flixborough
9. Sesevo
10. Bhopal
11. Three mile Island
12. Chernobyl
13. Aberfan
14. Missing recommendations
15. Three Weeks in A Works
16. Pipe Failures
17. Piper Alpha
18. The King’s Cross underground railway station fire
19. Clapham Junction – every Short Human error
20. Herald of Free Enterprise
21. Some Aviation accident
22. Invisible Hazards
23. Signal Passed at Danger
24. Longford: the Hazards of Following Fashions
25. The Gresford Colliery explosion
26. Green intention, red result
27. Looking Beyond Violations

http://rapidshare.de/files/20888103/KLETZ__T._A.__2001_._Learning_from_Accidents__3rd_ed._.rar

The Primary goal of the Industrial Ventilation Design Guidebook is to develop a systematic approach of Air Design of air Technology System Based on Current scientific research and engineering knowledge on global basis. This industrial Ventilation Design Guidebook is a Compilation of the Current Knowledge base in the industrial air Technology field integrated handbook. The book is intended for Engineers, Scientist, seniors, at the university level, and graduate student who have Fundamental understanding of the concept of fluid flow, thermodynamics, and heat transfer. This international guidebook is can be used as textbook, scientific reference for researcher, and fundamental handbook for practitioners in the industrial air technology field. So, its so useful for who are intended of this book.

1. Industrial Air Technology-Description
2. Terminology
3. Design Methodology of Industrial Air Technology
4. Physical Fundamentals
5. Physiological and Toxicological Considerations
6. Target Levels
7. Principles of Air and Contaminant Movement inside
And Around Buildings
8. Room Air Conditioning
9. Air Handling Processes
10. Local Ventilation
11. Design with Modeling Techniques
12. Experimental Techniques
13. Gas Cleaning Technology
14. Pneumatic Conveying
15. Environmental Assessment Tool
16. Economic Aspects

http://rapidshare.de/files/20887004/GOODFELLOW__H.__2001_._Industrial_Ventilation_Design_Guidebook.rar

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This book reviews classical pressure control procedures. In addition, specific situation are presented along with detailed procedures to analyze alternatives and tackle problems. Advanced Blowout and well control Provides valuable information to help prevent blowouts and minimize their effects.

1. Equipment in well control

2. Classic Pressure Control Procedures While Drilling

3. Pressure Control Procedure while Tripping

4. Special Conditions, Problems, and Procedures in well Control

5. Fluid Dynamics in Well Control

6. Special Services in Well Control

7. Relief Well Design and Operations

8. The Underground Blowout

http://rapidshare.de/files/20887425/GRACE__R._D.__1994_._Advanced_Blowout_and_Well_Control.rar

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The book is design with Engineering and computing integrated for the instructor and also for a student. The book discussed the form of separate stand-alone primer at the beginning of the text; word statement of the conservation of mass ants equivalent mathematical statement in the form of equation; introduces component material-balance rate equation; deal with mass transfer and adsorption before chemical kinetics reactors; deal with chemical kinetics and idealized reactors; gathers together assignments and solutions. This book will make you easy by scribbling our mathematically expressed ideas in code by using up-to-date computational software.

1. A Primer of Mathematica

2. Elementary single- component System

3. The Draining Tank and Related System

4. Multiple-Component System

5. Multiple phases-Mass Transfer

6. Adsorption and Permeation

7. Reacting Systems-Kinetics and Batch Reactors

8. Semi-Continuous Flow Reactors

9. Continuous Stirred Tank and the Plug Flow Reactors

10. worked Problems

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It contains brief description of fundamentals and combustion Processes, followed by an extensive survey of the combustion research technology. It gives the reader sufficient background of Basic engineering and science such chemistry, thermodynamics, heat transfer and fluid mechanics. It will help to establish a link between principles and practical applications in the field of combustion and provides a unique bridge between combustion Fundamentals and Combustion technology.

Combustion Fundamental

1. energy Sources

2. Some related Thermodynamics Fundamentals

3. Combustion Stiochiometry and Thermodynamics Calculation

4. Chemical Kinetics and Equilibrium

5. Transport Phenomena, and modeling

6. Modeling of combustion Chemistry

7. Combustion General air Pollution

8. Pollutant Formation and Oxidation kinetics

9. Pollutant Emission Reduction Techniques

Laminar Premixed Flames

1. Theory and Kinetics of linear Premixed Flames

2. Simple Flues-N2-O2 Flames

3. Generalization of flames Characteristics

4. High Hydrocarbon Fuels-Air Flames

5. Effect of Fuel type and Additives on Emissions of Flame Characteristics

6. Porous Burners

7. Flame Extension Pattern

Turbulent Premixed and Diffusion flames

1. Characteristics of Diffusion Flames

2. Turbulent Burning

3. Turbulence Model

4. Interaction Between Turbulence and Chemical Kinetics

5. Flame Stabilization

6. Turbulent Premixed Flames

7. Turbulent Free Diffusion Flames

Characteristic of Turbulent Confined Diffusion Flames

1. Mixing and Flow Fields of Jets

2. Swirling Flows in Combustion Systems

3. Flow Models In cold Models

4. Characteristics of Confined Flames

5. Emission and Combustion Modeling in Flames

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The objective of this book is to describe how copper metal is extracted ore and scrap, and indicate how the extraction could be made more efficient.

1. Overview
2. Production and Use
3. Concentrating Copper Ores
4. Matte Smelting Fundamentals
5. Flash Smelting-Outokumpu Process
6. Inco Flash Smelting
7. Noranda and Teniente Smelting
8. Ausmelt/Isasmelt Mattes Smelting
9. Batch Converting of Cu Matte
10. Continuous Converting
11. Copper loss in slag
12. Direct-to-Copper Flash Smelting
13. Mitsubishi Continuous Smelting/Converting
14. Capture and Fixation of Sulfur
15. Fire Refining and Casting of Anodes: Sulfur and Oxygen removal
16. Electrolytic Refining
17. Hydrometallurgical Copper Extraction Introduction and Leaching
18. Solvent Extraction Transfer of Cu from Leach Solution to Electrolyte
19. Electrowinning
20. Collection Processing of recycled Copper
21. Chemical Metallurgy Of Copper Recycling
22. Melting and Casting
23. Cost of Copper Production
    http://rapidshare.de/files/20877508/DAVENPORT__W._G.__2002_._Extractive_Metallurgy_of_Copper__4th_ed._.rar

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This book is concerned not only of a mud engineer, but also of a Drilling Supervisor, Drilling foreman, and drilling, logging and production engineers. The object of this book is to provide this knowledge as simply and briefly as possible, and to explain the technical terms so that the information provided by the mud engineers may be comprehensible. A special section discusses the Selection of the best drilling fluid to meet various problems encountered in drilling and completing an Oil well.

1. Introduction to Drilling Fluid
2. The Development of Drilling Fluids Technology
3. Equipment and Procedure for Evaluating Drilling Performance
4. Clay Mineralogy And Colloid Chemistry of drilling Fluids
5. The Rheology of Drilling Fluids
6. The Filtration Properties of Drilling Fluids
7. The Surface Chemistry of Drilling Fluids
8. Hole Stability
9. Drilling Problems of Relating To Drilling Fluids
10. Completion, Workover, and Packer Fluids
11. Drilling Fluids Components

http://rapidshare.de/files/20877208/DARLEY__H._C._H.__1988_._Composition_and_Properties_of_Drilling_and_Completion_Fluids__5th_ed._.rar

Normal 0 false false false MicrosoftInternetExplorer4 /* Style Definitions */ table.MsoNormalTable {mso-style-name:"Table Normal"; mso-tstyle-rowband-size:0; mso-tstyle-colband-size:0; mso-style-noshow:yes; mso-style-parent:""; mso-padding-alt:0in 5.4pt 0in 5.4pt; mso-para-margin:0in; mso-para-margin-bottom:.0001pt; mso-pagination:widow-orphan; font-size:10.0pt; font-family:"Times New Roman"; mso-ansi-language:#0400; mso-fareast-language:#0400; mso-bidi-language:#0400;} The book was intended and Design for Chemist and the Chemical engineers. It is best for them and highly important to understand the chemical reaction kinetics and the design of Chemical Reactors. This book shows the reader on how to select the best reactor for any Particular Chemical Reaction, how to estimate its size, and how to obtain the Best Operating Conditions. The purpose of this book is to provide the basic Theory and design and, sometimes, Computer programs (Microsoft Excel spread sheet and Software) for solving Tedious Problems. This speeds up to work of both Chemist and engineers in readily arrive at a solution. Generally, Chemical kinetics relates to the studies of the rates at which Chemical processes occur, the factors on which these rates depend, and the molecular acts involved in reaction mechanisms. The contents of this book which discuses in a different Chapter not just only getting information’s but also by adding knowledge for the readers to understand deeply.

1. Reaction Mechanism and Rate Expression
2. Thermodynamics of Chemical Reaction
3. Reaction Rate Expression
4. Industrial and Laboratory Reactors
5. Introduction to reactor Design Fundamentals
6. Non-Isothermal Reactors
7. Fluid Mixing in Reactors
8. Residence Time Distributions in Flow Reactors
9. Models for Non-Ideal System
10. Application of Computational Fluid Dynamics and Computational Fluid in Reactors
11. Biochemical Reactors
12. Safety in Chemical Reactors
13. Scale-up in Reactor Design

http://rapidshare.de/files/20866350/COKER__A._K.__2001_._Modeling_of_Chemical_Kinetics_and_Reactor_Design.rar

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The book was intended to provide an efficient coverage to those technologies that are applicable to both water and waste water sources. The content of the Volume covers the technologies that are applied to the treatment and purification of water. The methods and technologies discussed are a combination of physical, chemical and thermal techniques.

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1. An Overview of Water and Wastewater Treatment
2. What Filtration All about
3. Chemical Additives that Enhance filtration
4. Selecting a Right Filter Media
5. What Pressure-and cake-filtration
6. Cartridge And Other Filters Worth Mentioning
7. What Sand Filtration is all About
8. Sedimentation, Clarification, Flotation, Coalescence,
9. Membrane Separation Technology
10. Ion Exchange and Carbon Adsorption,
11. Water Sterilization Technology
12. Treating The Sludge

http://rapidshare.de/files/20863482/CHEREMISINOFF__N._P.__2002_._Handbook_of_Water_and_Wastewater_Treatment_Technologies.rar

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The author wrote with comprehensive approach that includes development scientific Basic. This is great help for determining oil gas potential as well as optimum production strategies in the region. This is best for geologist, geophysicist, practicing engineering, and graduate student who is engaged in petroleum studies. The contents of the book take the reader to some of the most fundamental description of geological history in the region, and embarks into the application of advanced mathematical models and engineering techniques.

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1. Geology of Azerbaijan and the south Caspian Basin
2. Mud Volcanoes
3. Regional Distribution of oil and gas
4. Lethostratigraphic frame work
5. Onshore oil and gas field
6. offshore oil and gas field
7. General regularities in Oil and gas Distribution
8. Conclusion ( chapter 1-7)
9. Mathematical Models in Petroleum Geology
10. Mathematical Models in oil and gas Exploration and Production

(Static Geologic System)

1. Mathematical Modeling Geological Processes ( Dynamic Geological System)
2. Other Information’s of Numerical simulation Methodology
3. Conclusions ( Chapter 8-13)

http://rapidshare.de/files/20860169/BURYAKOVSKY__L._A.__2001_._Petroleum_Geology_of_the_South_Caspian_Basin.rar

Normal 0 false false false MicrosoftInternetExplorer4 /* Style Definitions */ table.MsoNormalTable {mso-style-name:"Table Normal"; mso-tstyle-rowband-size:0; mso-tstyle-colband-size:0; mso-style-noshow:yes; mso-style-parent:""; mso-padding-alt:0in 5.4pt 0in 5.4pt; mso-para-margin:0in; mso-para-margin-bottom:.0001pt; mso-pagination:widow-orphan; font-size:10.0pt; font-family:"Times New Roman"; mso-ansi-language:#0400; mso-fareast-language:#0400; mso-bidi-language:#0400;} It is the first comprehensive text that elaborates on the skimpy treatment that has given to turboexponders. It also the first book explaining magnetic bearing applications for machinery category. It is intended for the widest possible spectrum for engineering, technical support, Maintenance, Operating, and Managerial personnel in process plants, refineries, air liquefaction, natural gas separation, mining, design contracting, and many others industries. The book covers theory to the extent necessary to understand operating principles and Overall application criteria.
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1. Why and How Turboexpanders are Applied
2. Turboexpanders Fundamentals
3. Application of Cryogenic Turboexponders
4. Application of Hot Gas Turboexponders
5. Specifiying and Purchasing Turboexponders
6. Special feature and controls
7. Turboexponder protection and Upgrading
8. Specific Application and Case Histories

http://rapidshare.de/files/20854422/BLOCH__H._P.__2001_._Turboexpanders_and_Process_Applications.rar

The main subject of this book is to Control Air Pollutants that we are facing nowadays. The purpose of the author is to present a Rigorous and fundamental Analysis of Production of Air Pollutants and how it to be controlled. Its responsibility is concerned with meteorology of air Pollution. By reading this, the readers will be gaining or adding knowledge about Fundamental of Air Pollution.

1. The History of air Pollution
2. The Natural Versus Polluted Atmosphere
3. Scale of air Pollution Problem
4. Air Quality
5. The philosophy of Air Pollution Control
6. Sources of air pollution
7. Effects of Human Health And Welfare
8. Effects on Vegetation and animals
9. Effects on Materials and Structure
10. Effects 0of atmosphere, Soil, and water Bodies
11. Long-term Effects of the Planet
12. Atmospheric Chemistry
13. Ambient Air Sampling
14. Ambient Air Pollutants: Analysis and Measurement
15. Air pollution Monitoring and Surveillance
16. Air pathways from Hazardous Waste site
17. The Physics Of The Atmosphere
18. The Meteorological Basic of Atmospheric Pollution
19. Transport and Dispersion of Air Pollutants
20. Air Pollution Modeling and Prediction
21. Air Pollution Climatology
22. Air Quality Criteria And Standards
23. Indoor Air Quality
24. The U.S Clean air act Amendments of 1990
25. Emission Standard
26. The Elements of Regulatory Control
27. Organization of Air pollution Control
28. Engineering Control Concepts
29. Control Devices System
30. Control of Stationery Sources
31. Control Of Mobile Sources
32. Source Sampling Monitoring

http://rapidshare.de/files/20855363/BOUBEL__R._W.__1994_._Fundamentals_of_Air_Pollution__3rd_ed._.rar

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This book was meant to summarize the technical experience, to systematically describe the theory and design of hovercraft, aiming to connect the theories with practice in order to solve practical problems in hovercraft design. The principle of the content is to describe the features of air cushion technology, and give sufficient design information to allow the reader to prepare a basic project design.

1. Introduction of hovercraft

2. Air cushion theory

3. Steady Drag forces

4. Stability

5. Trim and body surface deformation under the cushion

6. Maceuvrability

7. Design and analysis of ACV and SES skirts

8. Motion in waves

9. Model experiment and scaling laws

10. Design methodology and performance estimation

11. Determination of principal Dimensions of ACV/SES

12. Left system design

13. Skirt design

14. Structural design

15. Propulsion design

16. power Unit selection

http://rapidshare.de/files/21144432/YUN__L.__2000_._Theory_and_Design_of_Air_Cushion_Craft.rar

This book was concern for those who are working in Carbon Alloys. Carbon alloys is a new strangely developed from carbon materials and it is the one of successful developments in carbon science and technology. It is defined as being Materials mainly composed of carbon materials in multi-component system. This book covers the origin and the nation that initiates this project. The book was made with the aim of helping workers that uses carbon alloys to be a major reference source for them.

1. Space Control and Carbon alloys
2. Typical Carbon Alloys and Processing
3. The latest Characterization techniques
4. Function and Developments and application potentials

Download here:
http://rapidshare.de/files/21140779/YASUDA__E.__2003_._Carbon_Alloys_-_Novel_Concepts_to_Develop_Carbon_Science_and_Technology.rar

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This book is useful for marine engineers ashore and at sea, engine builders and ship operators. This book specialize the Developments of a new technology that are now progress. This can easily provide information for those who are studying marine gas turbines.

1. Theory and general principles

2. Gas-diesel and dual-fuels engines

3. Exhaust emission and control

4. fuels and lubes: chemistry and treatment

5. performance

6. Engine and plant selection

7. Pressure and charging

8. Fuel injection

9. Low speed engine-introduction

10. MAN B&W low speed engines

11. Mitsubishi low speed engine

12. Sulzer low speed engine

13. Burmeister & Wain low speed engine

14. Doxford low speed engine

15. MAN low speed engine

16. Medium speed engine-introduction

17. Allen (Rolls-Royce)

18. Alpha Diesel (MAN B&W)

19. Caterpillar

20. Deutz

21. MaK (Caterpillar Motoren)

22. MAN B&W Diesel

23. Rolls-Royce Bergen

24. Ruston (MAN B%W)

25. SEMT-Pielstick (MAN B&W)

26. Sulzer (Wartsila)

27. Wartsila

28. Other medium speed engine

29. Low speed four-stroke trunk piston engine

30. High speed engine

31. Gas turbines

Click here to DOWNLOAD

http://rapidshare.de/files/21139937/WOODYARD__D._F.__2004_._Pounder_s_Marine_Diesel_Engines_and_Gas_Turbines__8th_ed._.rar

This book are fitted for those who are studying Mechanical engineering. Mechanics analysis Composite Materials has lot’s of information or details that you can get. This provides new opportunities to develop updated structure and technology. Interrelated process in development Materials, Structures, and Technology is associated with composite materials to which this book is devoted. This also concerned for researchers and specialist in mechanical engineering involved in composite technology, design, analysis in composite structures. It can be also useful for graduate student of engineering.

These are the contents of this book:
1. Fundamentals of Mechanics and solid
2. Mechanics of unidirectional and Ply
3. Mechanics of Composite layer
4. Mechanics of laminates
5. Failure Criteria and strength laminates
6. Environmental, special loading, and Manufacturing effects
7. Optimal Composite Structure


If you are interested just download this book

http://rapidshare.de/files/21138457/VASILIEV__V._V.__2001_._Mechanics_and_Analysis_of_Composite_Materials.rar

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The coverage of this book deals with the use of mechanical motion to effect the compression. These types of compressors are commonly used in the process and gas transportation/distribution industries. Furthermore, the content of the book talks about the device that is used to increase the pressure of a compressible fluid which is commonly called as “compressor”. With the help of this book the readers could also get further information about the methods of the device; the two broad groups such as intermittent and continuous. Some areas will overview each of the different compressors commonly used in the process industries.

Areas that covers the content are the following:

1. Basic Relationships

2. Reciprocating Compressors

3. Rotary Compressors

4. Centrifugal Compressors

5. Axial Compressors

6. Drivers

7. Accessories

8. Dynamics

9. Testing

10. Negotiation and Purchasing

11. Reliability Issues

Click Here to Download

http://rapidshare.de/files/20859332/BROWN__R._N.__1997_._Compressors_-_Selection_and_Sizing__2nd_ed._.rar