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This book can help to provide more knowledge about Refrigerator and air conditioning problems, this book aims to introduce student and also a professional in order disciplines to the fundamentals of the subject.

These are the contents of this book:

1. Fundamentals

2. The refrigeration cycle

3. Refrigerants

4. Compressors

5. Oil in refrigerant circuits

6. Condensers and water tower

7. Evaporators

8. Expansion valves

9. controls and other circuit components

10. Selection and balancing of the components

11. materials Construction site erection

12. Liquid Chillers Ice Brines Thermal storage

13. Package units

14. refrigeration of foods Cold Storage practice

15. Cold storage construction

16. Refrigeration of food trades- meats and fish

17. Refrigeration of the dairy, brewing and soft drinks

18. Refrigeration of fruit vegetables and other foods

19. Food freezing. Freeze-drying

20. Refrigerated transport, handling and distribution

21. Refrigeration load estimation

22. Industrial uses of refrigeration

23. Air and water vapor mixtures

24. air treatment cycle

25. Practical air treatment cycle

26. Air-conditioning load estimation

27. Air movement

28. Air-conditioning methods

29. Dehumidifiers and air drying

30. Heat pumps Heat recovery

31. Control System

32. Commissioning

33. Operation maintenance. service fault-finding, training

34. Efficiency and economy in operation

35. Catalogue selection

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1. Introduction of the concept of tribodesign

2. Basic principles of tribology

3. Elements of contact mechanics

4. Friction, Lubrication and wear in lower kinematics pairs

5. Sliding-element bearing

6. Friction, lubrication and wear in higher kinematics pairs

7. Rolling-contact bearing

8. Lubrication and efficiency of involutes gears

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http://rapidshare.de/files/21134840/STOLARSKI__T._A.__1990_._Tribology_in_Machine_Design.rar

This book provides knowledge for mechanical engineer. This contains with sufficient information so that the reader can identify the basic principles of a subject and to be directed to further reading. The concerns about the following:

1. Mechanical engineering principles
2. Electrical and Electronics principles
3. Microprocessors, instrumentation and control
4. Computers and their application
5. Computer-integrated engineering system
6. Design Standard
7. Materials of properties and selection
8. Mechanic Solids
9. Tribology
10. Power units and transmission
11. Fuels and combustion
12. Alternative Energy Sources
13. Nuclear engineering
14. Offshore engineering
15. Plant engineering
16. Manufactures Method
17. Engineering Mathematics
18. Health and safety
19. Units, Symbols and Constant


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http://rapidshare.de/files/21118756/SMITH__E._H.__1994_._Mechanical_Engineer_s_Reference_Book__12th_ed._.rar

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This book systematically and critically reviews the state of current hydroblasting technology and its applications. It is essentially practical in nature and is written by two experts in the field. The advantage of this book is you can know the techniques for using more and more in the preparation of steel and other surfaces and learning more about the hydroblasting and coating in a different ways..

These are the contents of this book

1. Introduction

2. Fundamentals and hydroblasting

3. Hydroblasting Equipment

4. Steel Preparation by Hydroblasting

5. Surface Quality by Aspects

6. Hydroblasting Standards

7. Alternative Developments in Hydroblasting

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It is all about advance teaching for undergraduate and graduate Student including electrical and electronics engineering, computer engineering, computer science and informatics. It present various pattern recognition tasks in a unified way including image analysis, speech processing and communication application. The chapter starts with the bas8ics and move progressively to more advanced topics and reviews up-to-date techniques. Computer exercises are given at the end of each chapters and a solution manual is available. See below topics:

1. Classifiers based on Bayes Decision Theory
2. Linear Classifiers
3. Nonlinear Classifiers
4. Feature Selection
5. Feature generation 1: linear transforms
6. Feature generation II
7. Template matching
8. Context-dependent classification
9. System Evaluation
10. Clustering: basic concept
11. clustering algorithms 1: Sequential
12. Clustering Algorithms II: Hierarchical Algorithms
13. Clustering Algorithms III: Schemes Based on function Optimization
14. Clustering Algorithms IV
15. Cluster Validity



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The book was not only intended to support lectures on ship design but also serve as a reference book for ship designers throughout their careers. The text was the developed reference because of new formulae and statements that had been corrected form the previous book.

The following are the new contents of the book:

1. Main Dimensions and Main Ratios

2. Lines Design

3. Optimization in Design

4. Some Unconventional Propulsion Arrangements

5. Computation of Weights and Centres of Mass

6. Ship Propulsion

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http://rapidshare.de/files/21115827/SCHNEEKLUTH__H.__1998_._Ship_Design_for_Efficiency_and_Economy__2nd_ed._.rar

This book can help you to sustain accurate solution for your everyday mechanical engineering problems.

These are the contents of this book:

1. Fluids
2. heat transfer
3. Thermodynamics
4. Mechanical sales,
5. Pumps and Compressors
6. Drivers
7. Gears
8. Bearings
9. Piping and Pressures Vessels
10. Tribology
11. Vibration
12. Materials
13. Strees and Strain
14. Fatigue
15. Instrumentation
16. Engineering Economics


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The Automotive Chassis is essential reading for component and system engineers in both higher education and industry as well as for non-specialists who need to gain an understanding of the field.

'As with the first edition, material coverage is extensive and the current text also describes many recent innovations...In fact, the density of information contained within the text is, quite simply, phenomenal...The book contains a large number of very clear figures...there is an exhaustive glossary of symbols and a bibliography...this is a well presented, concise and comprehensive book produced to a high standard.'

See topics below:

1. Tyres of Suspension and drive
2. Tyres and wheels
3. wheel travel and elastokinematics
4. Steering
5. Springing
6. Chassis and vehicle overall

Click here to download

http://rapidshare.de/files/21112682/REIMPELL__J.__2001_._The_Automotive_Chassis_-_Engineering_Principles__2nd_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;} This is the first available textbook to provide comprehensive coverage of the science and technology of thin films and coatings. Developed for upper-level undergraduate and beginning graduate students, the book discusses physical and chemical vapor deposition processes; phenomena involving nucleation and growth, stress, diffusion and reaction; structural and chemical characterization techniques; and applications involving coatings, magnetic and optical recording materials, integrated optics, and quantum devices. The book includes chapters on epitaxy and surface modification in addition to discussing emerging technologies such as diamond films and high Tc superconductors. Complete problem sets are provided at the end of each chapter to facilitate self-study.

These are the contents of this book:

1. Review of Materials Science

2. Vacuum of Science and Technology

3. Physical Vapor and Deposition

4. Chemical Vapor Deposition

5. Film formation and structure

6. Characterization of thin films

7. Epitaxy

8. Interdiffusion and Reaction of the thin film

9. Mechanical Properties of thin Films

10. Electrical and magnetic Properties of thin films

11. Optical Properties of thin films

12. Metallurgical and Protective Coatings

13. Modification of surfaces and films

14. Emerging thin-films Materials and Applications

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http://rapidshare.de/files/21109526/OHRING__M.__1991_._The_Materials_Science_of_Thin_Films.rar

A new process of metal casting has been developed, considered as on of the most challenging technologies ever made. Making progress now a day are the trend of most technology issues. For the fact that the new metallurgy casting of metals are the product of well-developed form of technology. Metal castings are fundamental building blocks which imply pouring of a ‘liquid’ material into ‘A Mold’ containing a desired shaped hollow cavity, and then made to solidify.

These are the following steps in metal casting:
1. The Melt
2. Entertainment
3. Flow
4. The Mould
5. Solidification Structure
6. Gas Porosity
7. Solidification Shrinkage
8. Linear Contraction
9. Structure, Defects and Properties of the finished Casting
10. Processing
11. Environmental Interactions



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http://rapidshare.de/files/21073781/CAMPBELL__J.__2003_._Castings_-The_New_Metallurgy_of_Cast_Metals__2nd_ed._.rar

A new process of metal casting has been developed, considered as on of the most challenging technologies ever made. Making progress now a day are the trend of most technology issues. For the fact that the new metallurgy casting of metals are the product of well-developed form of technology. Metal castings are fundamental building blocks which imply pouring of a ‘liquid’ material into ‘A Mold’ containing a desired shaped hollow cavity, and then made to solidify.

These are the following steps in metal casting:
1. The Melt
2. Entertainment
3. Flow
4. The Mould
5. Solidification Structure
6. Gas Porosity
7. Solidification Shrinkage
8. Linear Contraction
9. Structure, Defects and Properties of the finished Casting
10. Processing
11. Environmental Interactions



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These are the contents:

1. General

2. Steering and sailing Rules

3. Lights and shapes

4. Sound and Light Signals

5. Exemptions

6. Details of lights and shapes

7. Additional signals for fishing vessels

8. Distress signals

9. Watchkeeping for Seafarers

10. IMO Recommendations on Navigational Watchkeeping

11. Table for use in Assessing Risk of collision

12. Maneuvers to avoid collision

13. Maneuvers Information

14. Ships Referred to the text

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These are the contents:

1. General

2. Steering and sailing Rules

3. Lights and shapes

4. Sound and Light Signals

5. Exemptions

6. Details of lights and shapes

7. Additional signals for fishing vessels

8. Distress signals

9. Watchkeeping for Seafarers

10. IMO Recommendations on Navigational Watchkeeping

11. Table for use in Assessing Risk of collision

12. Maneuvers to avoid collision

13. Maneuvers Information

14. Ships Referred to the text

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http://rapidshare.de/files/21074700/COCKCROFT__A._N.__2004_._A_Guide_to_the_Collision_Avoidance_Rules__6th_ed._.rar

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This book is concern to the people who wants to know about modeling. It is an intriguing topic that will give you satisfaction and enjoyment. It demonstrates in a different ways on how the user can create 3D wire-frame models, surface models and solid models with practical exercises. This book is very essentially in self-teaching package and learning to use them is easier than ever with AutoCAD 2002: 3D Modeling

See book contents:

1. The 3D standard sheet

2. Extruded 3D models

3. The UCS and 3D coordinates

4. Creating a 3D wire- frame model

5. The UCS

6. The modify commands with 3D models

7. Dimensional in 3D

8. Hatching in 3D

9. Tiled viewports

10. 3D views (Viewpoint)

11. Model space and paper space and untiled in viewports

12. New 3D multiple viewport standard sheet

13. Surface modeling

14. 3DFACE and PFACE

15. 3DMESH

16. Ruled surface

17. Tabulated surface

18. Revolved surface

19. Edge surface

20. 3D polyline

21. 3D objects

22. 3D geometry commands

23. Blocks and Wblocks in 3D

24. Dynamic viewing

25. Viewport specific layers

26. Shading and 3D orbit

27. Introduction to solid modelling

28. The basic solid primitives

29. The swept solid primitives

30. Boolean operations and composite solids

31. Composite model 1-a machine support

32. Composite model 2-a baking plate

33. composite model 3-a flange and pipe

34. The edge primitives

35. Solids editing

36. Regions

37. Inquiring into solids

38. Slicing and sectioning solid models

39. Profiles and true shapes

40. Dimensioning in model and paper space

41. A detailed drawing

42. Blocks, wbloks and external references

43. The set up commands

44. The final composite

45. Rendering

46. Publishing to the web

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This book is concern to the people who wants to know about modeling. Modeling is an intriguing topic and should give u satisfaction and enjoinment

It demonstrate in a different ways on how the user can create 3D wire-frame models, surface models and solid models with practical exercises, this book is essentially a self-teaching package

And learning to use them is easier than ever with AutoCAD 2002: 3D Modeling

These are the contents of this book:

1. The 3D standard sheet

2. Extruded 3D models

3. The UCS and 3D coordinates

4. Creating a 3D wire- frame model

5. The UCS

6. The modify commands with 3D models

7. Dimensional in 3D

8. Hatching in 3D

9. Tiled viewports

10. 3D views (Viewpoint)

11. Model space and paper space and untiled in viewports

12. New 3D multiple viewport standard sheet

13. Surface modeling

14. 3DFACE and PFACE

15. 3DMESH

16. Ruled surface

17. Tabulated surface

18. Revolved surface

19. Edge surface

20. 3D polyline

21. 3D objects

22. 3D geometry commands

23. Blocks and Wblocks in 3D

24. Dynamic viewing

25. Viewport specific layers

26. Shading and 3D orbit

27. Introduction to solid modelling

28. The basic solid primitives

29. The swept solid primitives

30. Boolean operations and composite solids

31. Composite model 1-a machine support

32. Composite model 2-a baking plate

33. composite model 3-a flange and pipe

34. The edge primitives

35. Solids editing

36. Regions

37. Inquiring into solids

38. Slicing and sectioning solid models

39. Profiles and true shapes

40. Dimensioning in model and paper space

41. A detailed drawing

42. Blocks, wbloks and external references

43. The set up commands

44. The final composite

45. Rendering

46. Publishing to the web

48. students model

Just click to download

http://rapidshare.de/files/21099053/MCFARLANE__B.__2002_._Modelling_with_AutoCAD_2002.rar

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This book is concern to the people who wants to know about modeling. It is an intriguing topic that will give you satisfaction and enjoyment. It demonstrates in a different ways on how the user can create 3D wire-frame models, surface models and solid models with practical exercises. This book is very essentially in self-teaching package and learning to use them is easier than ever with AutoCAD 2002: 3D Modeling

See book contents:

1. The 3D standard sheet

2. Extruded 3D models

3. The UCS and 3D coordinates

4. Creating a 3D wire- frame model

5. The UCS

6. The modify commands with 3D models

7. Dimensional in 3D

8. Hatching in 3D

9. Tiled viewports

10. 3D views (Viewpoint)

11. Model space and paper space and untiled in viewports

12. New 3D multiple viewport standard sheet

13. Surface modeling

14. 3DFACE and PFACE

15. 3DMESH

16. Ruled surface

17. Tabulated surface

18. Revolved surface

19. Edge surface

20. 3D polyline

21. 3D objects

22. 3D geometry commands

23. Blocks and Wblocks in 3D

24. Dynamic viewing

25. Viewport specific layers

26. Shading and 3D orbit

27. Introduction to solid modelling

28. The basic solid primitives

29. The swept solid primitives

30. Boolean operations and composite solids

31. Composite model 1-a machine support

32. Composite model 2-a baking plate

33. composite model 3-a flange and pipe

34. The edge primitives

35. Solids editing

36. Regions

37. Inquiring into solids

38. Slicing and sectioning solid models

39. Profiles and true shapes

40. Dimensioning in model and paper space

41. A detailed drawing

42. Blocks, wbloks and external references

43. The set up commands

44. The final composite

45. Rendering

46. Publishing to the web

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This book is concern to the people who wants to know about modeling. Modeling is an intriguing topic and should give u satisfaction and enjoinment

It demonstrate in a different ways on how the user can create 3D wire-frame models, surface models and solid models with practical exercises, this book is essentially a self-teaching package

And learning to use them is easier than ever with AutoCAD 2002: 3D Modeling

These are the contents of this book:

1. The 3D standard sheet

2. Extruded 3D models

3. The UCS and 3D coordinates

4. Creating a 3D wire- frame model

5. The UCS

6. The modify commands with 3D models

7. Dimensional in 3D

8. Hatching in 3D

9. Tiled viewports

10. 3D views (Viewpoint)

11. Model space and paper space and untiled in viewports

12. New 3D multiple viewport standard sheet

13. Surface modeling

14. 3DFACE and PFACE

15. 3DMESH

16. Ruled surface

17. Tabulated surface

18. Revolved surface

19. Edge surface

20. 3D polyline

21. 3D objects

22. 3D geometry commands

23. Blocks and Wblocks in 3D

24. Dynamic viewing

25. Viewport specific layers

26. Shading and 3D orbit

27. Introduction to solid modelling

28. The basic solid primitives

29. The swept solid primitives

30. Boolean operations and composite solids

31. Composite model 1-a machine support

32. Composite model 2-a baking plate

33. composite model 3-a flange and pipe

34. The edge primitives

35. Solids editing

36. Regions

37. Inquiring into solids

38. Slicing and sectioning solid models

39. Profiles and true shapes

40. Dimensioning in model and paper space

41. A detailed drawing

42. Blocks, wbloks and external references

43. The set up commands

44. The final composite

45. Rendering

46. Publishing to the web

48. students model

Just click to download

http://rapidshare.de/files/21099053/MCFARLANE__B.__2002_._Modelling_with_AutoCAD_2002.rar

v:* {behavior:url(#default#VML);} o:* {behavior:url(#default#VML);} w:* {behavior:url(#default#VML);} .shape {behavior:url(#default#VML);} 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;} This book is suited for under graduate aerospace engineering and newly series of classes focusing on system engineering. Subjects are presented on a basic level with no prior related knowledge expected of the student. This book is a fundamental knowledge of physics, differential equations, dynamics, and other engineering subjects. The book discussed the design and application of space-based systems, propulsion, description of the space environment, remote sensing, basic system required by most spacecraft, methodology used to design a spacecraft.

These are the contents of this book:

1. Orbital Principles

2. Propulsion

3. Spacecraft Environment

4. Communication

5. Remote Sensing

6. Satellite Navigation

7. Space craft system

8. Spacecraft Design

9. Manned Spaceflight Summary

10. United State and Foreign Spacecraft

Inventories and Spacecraft Description

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This book is primarily concerned for working science and engineers, and also for student with interest in the origins of their subject. Some professional historians of science also find the contents of this book to be of great interest for them to share or teach.

These are the contents of the book:
1.THE EMERGENCE OF DICIPLINES
2.PRECURSORS OF MATERIALS SCIENCE
3.THE VIROUS OF SUBSIDIARITY
4.THE ESCAPE FROM HANDWAVING
5.CHARACTERIZATION
6.FUNCTIONAL MATERIALS
7.THE POLYMER REVOLUTION
8.CRAFT TUREND INTO SCIENCE
9.MATERIALS IN EXTREME STATES
10.MATERIALS CHEMISTRY ABD BIOCHEMIMETICS
11.COMPUTER SIMULATION
12.THE MANAGEMENT OF DATA13.THE INSTITUTIONS AND LITERATURE OF MATERIALS SCIENCE

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The inspiration for this book came from a workshop by late 1995. It is a group of contributors had been identified such that the scope of this book would be sufficiently board to make a useful contribution to the literature.

Carbon is an element which exist as one of several allotropes and it has various allotropic forms and these are the Contents of this book:

1. structure and Bonding in Carbon Materials
2. Fullerenes and Nanotubes
3. Active Carbon Fibers
4. High Performance Carbon Fibers
5. Vapor Grown Carbon Fiber Composites
6. Porous Carbon Fiber-Carbon Binder Composites
7. Coal Derived Carbon
8. Activated Carbon for Automotive Applications
9. Adsorbent Storage for Natural Gas Vehicles
10. Adsorption Refrigerators and Heat Pumps
11. Application of Carbon in Lithium-Ion Batteries
12. Fusion Energy applications
13. Fission Reactor Application of Carbon
14. Fracture of Graphite


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Fiber stands among the stiffest and strongest materials and use in structural components which maintains the fibers oriented in the optimum direction, distributes the concentrated protects, the fiber oriented in the optimum direction, distributes the environment and loads, protects the fibers against wear and chemical attack. Below are the contents of the book.
1. Fiber fracture
2. Models of fiber fracture
3. Forms of fibre fracture
4. Fracture Processes in Fine Silicon Carbide Fibers
5. Fracture Processes in Oxide Ceramic Fibres
6. Fracture Characteristics of Single Crystal and Eutectic Fibers
7. Strength of glass fiber
8. Fracture of Glass Fiber
9. Fracture of Carbon Fibers
10 Strength and Fracture of Metallic Filaments
11. Fracture of Superfine metallic Wires
12. Fracture of Highly Oriented, chain-Extended Polymer Fibres
13. Fracture of Synthetic Polymer Fibres
14. Fracture of Natural Polymeric fibres
15. Fractures of Common Textile Fibres
16. Atomic Transformations, Strength, plasticity, and Electron Transport in Strained Carbon Nanotubes

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