Engineers Mini Handbook

This book includes standard application circuits and circuits designed by the Author. Each circuit was assembled and tested before it was developed. The contents of this book are the following: Electronic formula, mathematics, Constants and standards, Codes and symbols, Electronic abbreviation, Basic Electronic circuits, basic logic circuits, and Power Supplies.

http://rapidshare.de/files/22590393/Mims_-_Engineer_s_Mini-Notebook__Radio_Shack_1988_.pdf 4.14


Radar systems analysis and design using MATLAB

Numerous books have been written on Radar Systems and Radar Applications but this book provides companion software. It is a comprehensive reference book that can provide the reader with hands-on-like experience. As per author, the ideal book should serve as a conclusive, detailed, and useful reference for working engineers as well as a textbook for students learning radar systems analysis and design. This book stand on its complete presentation of the subject as a valuable reference to students and radar engineers in analyzing and understanding the many issues associated with radar systems analysis and design.

http://rapidshare.de/files/22590163/Mahafza__Bassem_R._-_Radar_Systems_Analysis_and_Design_Using_MatLab__CRC_Press_.pdf

Structural Details in Concrete

The book covers wide range of topics and simplifying and reducing the road required to prepare structural drawings and details in reinforced, pre-stressed, precast and composite concrete. This provides a list of extracts from relevant codes and current practices and it’s divided into eight sections. The book serves as a useful text for teachers preparing a syllabus for technicians and graduate courses. Each major section has been fully explained to permit the book to be used as practicing engineers and post graduate students, particularly for those facing the formidable task of having to design/detail complicated structures for specific contracts and research assignment. Contractors are also found this book useful for preparation of construction drawings.

http://rapidshare.de/files/22577434/Bangash_-_Structural_Details_In_Concrete__Blackwell_Scientific_1992_.pdf

Advanced polymer processing operations

This volume covers advanced polymer Processing operation and is design to provide a description of some of the latest industry developments for unique products and fabrication methods. Contributors for this volume are for both industry and academia from the international community. This book contains the nine chapters covering advanced processing applications and technologies. This volume and subsequent ones are geared toward industry applications, and such as emphasized commercialization aspects and industrial operations.

http://rapidshare.de/files/22581055/Cheremisinof__N.P._-_Advanced_Polymer_Processing_Operations__Noyes_1998_.pdf

Elements of Gas turbines propulsion

This textbook is on the propulsion of the aircraft and spacecraft and methods procedures to produced a thrust force for the propulsion of the vehicle in flight. The material of this textbook is divided into three parts: 1) Basic concept and one dimensional gas dynamics. 2) Analysis and performance of air breathing propulsion systems. 3) Analysis of gas turbine engine components.

http://rapidshare.de/files/22503702/Mattingly__Jack_D._-_Elements_Of_Gas_Turbine_Propulsion.pdf

Structural Design & Laying of Underground Drains

The purpose is to make this a convenient guide mainly for those having to design and specify underground drainage system for jobs that do not justify detailed calculation, and limited pipes up to 300 mm nominal diameter. Only pipes and rigid are discussed. This was prepared in the ground of engineering division of the highways and structures department of the transport of the road research laboratory. The material on which the report has based has been drawn from the number of sources (see list of the references).

http://rapidshare.de/files/22577131/Young_-_Structural_Design_And_Laying_Of_Underground_Drains__DOT_1984_.pdf

Design Manual Metric

This Design Manual is a guide for our engineering personnel. It provides Policies, procedures, and methods for developing and documenting the design Of improvements to the transportation network in Washington State. The manual supplements the engineering analyses and judgment that must be Applied to improvement and preservation projects. It provides uniform procedures
For documenting and implementing design decisions. The intent of this manual is to provide a range of recommended values for critical dimensions.

http://rapidshare.de/files/22578426/Dot_-_Design_Manual__Metric__2001__DoT_Washingtonstate_2001_.pdf


Bridge Design Manual

The purpose for this section of the manual is to provide CADD standards for bridge design plans. The user of this Manual will be fully familiar with the AASHTO Standard Design Specifications for Highway Bridges including all issued Interim Specifications, the ODOT Construction and Material Specifications, and Office of Structural Engineering Standard Drawings and Design Data Sheets, along with the contents of this Manual.

http://rapidshare.de/files/22577722/DoT_-_Bridge_Design_Manual__DOT_2003_.pdf
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BOENG Design Manual

This manual contains introduction, material selection, design information, processing, and drawing requirements and notes. This is part of the book that Titanium and its alloys are characterized by an excellent strength to weight ratio and high corrosion resistance. Most titanium is procured in the condition in which it is used. Thermal treatment requirements of the procured material are called out as part of the raw material note. Physical and mechanical properties of the various alloys are contained in BDM–4000 series and MIL–HDBK–5. Commercial aircraft fracture properties are contained in D6–24956, D6–24957 D6–24958. FIGURE 1–1 summarizes advantages and limitations of titanium. FIGURE 1–2 lists physical properties and other features of several titanium alloys.

http://rapidshare.de/files/22496190/BDM_1054_-_Boeing_Design_Manual_-_Titanium_Alloys.pdf


Bridge Design Manual 2000- Hydraulic Design

The book deals with hydraulic design process that begins with the collection of data Necessary to determine the hydrologic and hydraulic characteristics of The site. It provides estimates of peak flood Discharges through the structure. The hydraulic analysis provides Estimates of the water surface elevations required to pass those peaks Flood discharges. Part of this is scour analysis that provides an estimate of the required Depth of bridge foundations. the book covers also risk assessment for all Structures, risks to people, risks to property, or economic.

http://rapidshare.de/files/22577467/DoT_-_Bridge_Design_Manual_-_Hydraulic_Design__Missouri_DoT_2000_.pdf
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Airbus Simulator Systems Manual

The books deals with the following:
1. Panel Overview
2. Main Panel Components
3. General notes
4. Primary flight Display
5. Navigation Display
6. Engine/warning display
7. System display
8. Autoflight
9. MCDU
10. Back-up instruments
11. Landing gear
12. Controls on Center Pedestal
13. APU
14. Electrical System
15. Fuel System
16. Powerplane
17. Hydraulics
18. Pneumatics
19. Air Conditioning
20. Pressurization
21. GPWS
22. Other Controls
23. Chronometer
24. Panel Configuration Utility

Airbus A3xx Simulator Systems Manual
http://rapidshare.de/files/22496162/Airbus_A3xx_Simulator_-_Systems_Manual.pdf

Architecture for Fiber-optic
Sensors and Actuators in Aircraft propulsion systems

This proper describes a design for Fiber-optic sensing and Control in Advanced aircraft Electronic Engine Control (EEC). The recommended architecture is an on-engine EEC which Contains electro-optic inters optic sensors. The architecture contains interfaces to seven sensor groups. Nine distinct fiber-optic sensor types were found to provide the sensing functions. The subject of this paper is the sensor network on an aircraft turbine engine.

http://rapidshare.de/files/22503366/Glomb_-_Architecture_for_Fiber-Optic_Sensors_and_Actuators_in_Aircraft_Propulsion_Systems.pdf
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Dictionary of algebra arithmetic Trigonometry

This second volume of the CRC press Comprehensive of mathematics covers algebra, Arithmetic and Trigonometry broadly, with an overlap into a deferential Geometry, Algebraic geometry, topology and other related fields. It is a dictionary book that deals with definition occasionally accompanied by a discussion or example. The primary goal is to define each term rigorously. The derivation of a term is almost never attempted. It is written to be a useful reference for a readership that includes student, scientist, and engineers with a wide range of background, as well as Specialist in areas in analysis and differential equations and mathematician in related fields. This book Contains information obtains from authentic and highly regarded resources and sources indicated.

http://rapidshare.de/files/22972532/Krantz__Steven_G._-_Dictionary_of_Algebra__Arithmetic__and_Trigonometry__CRC_Press_2001__4AH.pdf 3


Plastic Engineering Handbook-Chapter 8

Plastic engineering handbook is to develop progressed not only on screw and barrel designs but also on stability of thermoset materials at elevated temperatures. This technique has had a significant influence on the thermoset molding business by virtue of reduced molding cycle time and the potential it offers for low-cost, high-volume Production of molded thermoset parts. The machine consists of two sections mounted on a common base. One section Clamps and holds the mold halves together under pressure during the injection of material into the mold. The other section-the plasticizing and injection unit-includes the feed hopper, the hydraulic cylinder which forces the screw forward to inject the material into the mold, a motor to rotate the screw, and the heated barrel which encloses the screw


http://rapidshare.de/files/22579051/SPI_Plastics_Engineering_Handbook_-_Chapter_-_Injection_Moulding_of_Thermosets.pdf 1
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Solutions Manual for Mechanics & Thermodynamics

The contents of the book deals about the following:
1. Motion alone the Straight line
2. Vectors
3. Motions in a 2 &3 Dimensions
4. Force And Motion –I
5. Force and Motion-II
6. Kinetic Energy & Work
7. Potential Energy and Conservation of Energy
8. Systems of Particle
9. Collisions
10. Rotation
11. Rolling, Torque and Angular Momentum
12. Oscillations
13. Waves-I
14. Waves-II
15. Temperature, Heat & 1st Law Of Thermodynamics
16. Kinetic theory of Gases
17. Review of Calculus

http://rapidshare.de/files/23005477/Norbury_-_Solutions_manual_for_mechanics_and_thermodynamics_4AH.pdf



Discrete Fourier Transform (DFT)/Fast Fourier Transform (FFT)

The DFT express signals as a linear Combination sinusoidal or complex exponential Signals allows one to examine the effect of the system of each signal Component. It is based on the Fourier series, which is the linear weighted sum of harmonically related sinusoids and complex exponentials. It is fast computational algorithm and among the most important tools in signal processing. It is commonly applied to implement linear filtering, spectral analysis, and correlation analysis. In this Chapter it will analyze various types of DFT and FFT Algorithms by implementing them on the TMS320C40 quad development System. These properties play an important role in applying the DFT to signal processing applications.

http://rapidshare.de/files/22972814/Mathematics_-_Chapter_4_-_Discrete_Fourier_Transform_-_Fast_Fourier_Transform_4AH.PDF

.

This is a manual of quick, accurate solutions to everyday process engineering problems. The book divided into four sections.

1. Equipment design
a. Fluid flow
b. Heat exchangers
c. Fractionators
d. Absorbers
e. Pumps
f. Compressors
g. Drivers
h. Separators
i. Boilers
j. Cooling tower

2. Process design
a. Refrigeration
b. Gas treating
c. Vaccum systems
d. Pneumatic Conveying
e. Blending

3. Plant design
a. Process evaluation
b. Reliability
c. Metallurgy
d. Safety
e. Controls

4. Operations
a. Troubleshooting
b. Startup
c. Energy Conservation
d. Process Modeling using linear
e. Properties
f. Approximate conversion factor


http://rapidshare.de/files/20857774/BRANAN__C._R.__2002_._Rules_of_Thumb_for_Chemical_Engineers__3rd_ed._.rar

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This is about as far as can go without considering in detail the generation of aerodynamics forces and moments on an airplane and its components. The processing discussion has shown the importance of being able to predict these quantities from both Performance and flying qualities viewpoints. The following Chapters will present detailed analytical and stability and control characteristics of an airplane.

These are the Contents of This BOOK:

1. Introduction
2. Fluid Mechanics
3. The Generation of lift
4. Drag
5. Lift and Drag at much Numbers
6. The production of thrust
7. Airplane Performance
8. Static Stability and Control
9. Longitudinal Dynamics Stability and Control
10. Lateral-Directional Dynamic Stability and Control

http://rapidshare.de/files/22492628/McCormick_-_Aerodynamics__Aeronautics_and_Flight_Mechanics__Partial_Scan_p1-179_.pdf

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A comprehensive understanding of the customer’s design requirements and desires. A product design that is cost effective, serviceable and flexible for future manufacturing revisions. This book was also made to comprehend the fundamental definitions and process of Feature-Based 3D Solid Modeling. Specific knowledge and understanding of the Extrude and Revolve features.

http://rapidshare.de/files/22574619/Planchard___Planchard_-_Engineering_design_with_Solid_Works_2001Plus__SDC_2001_.pdf 2

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This textbook is aimed at upper-level students in physics, engineering, and other sciences. Its subject refers to the classical mechanics of today. as well as being useful in a variety of industrial and commercial applications having to do with the design of moving equipment in the automobile, aerospace, and control devices industry. The book enhances the appeal to meet current needs.

I Basic Mechanics

1. Particle kinematics

2. Newtonian Mechanics

3. Rigid Body kinematics

4. Eulerian Mechanics

5. Generalized methods of analytic Dynamics

6. Advanced method of analytic Dynamics

7. Nonlinear spacecraft Stability and Control

II Celestial Mechanics

8. Classical two-body Problem

9. Restricted Three-body problem

10. Gravitational Potential Field methods

11. Perturbation Methods

12. Transfer Orbits

13. Spacecraft Formation Flying

http://rapidshare.de/files/22503350/Schaub__Hanspeter___Junkins_John_L._-_Analytical_Mechanics_of_Aerospace_Systems__2002_.pdf

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http://rapidshare.de/files/22496203/Campbell__Richard_L._-_Efficient_Viscous_Design_Of_Aircraft_Config_-_Aiaa-98-2539__NASA_.pdf 0

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The book contains 3 lessons. Lesson 1, shows the effects of the atmosphere on the flight. The learner will learn the effect of the atmosphere on flight tackle, the composition of the Atmosphere, Structure, Temperature Variation with altitude, density altitude. Lesson 2 tells about Basic Aerodynamics. In this lesson you will learn basic Aerodynamics, and it also discussed the Bernoulli’s Theorem, Newton’ laws, forces acting on an Aircraft, Airfoils, Angles of attack, Stall, Ailerons and flaps, Stability, Cantilever Wings, Boundary layer, Speed Breaks, and Empennage Group. Lesson 3 is Helicopter Fundamentals. The students or learners in this lesson will learn helicopter fundamentals with the following topics like Controls, Velocity, Torque, Antitorque rotor, Gyroscopic Precession, Dissymmetry of lift, Retreating blade Stall, Setting with power, Pendular Action, Hovering, Ground effect, Translation lift, and Autorotation. This book contains a multiple-choice examination covering the material in the three lessons.

These are the Contents:

1. Effects of the Atmosphere on Flight
2. Basic Aerodynamics
3. Helicopters Fundamentals

http://rapidshare.de/files/22495850/US_Army_-_Basic_Aerodynamics_AL0966__US_Army_1994_.pdf 1

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The purpose is to increase the mechanic’s knowledge in principles, components, and operation of internal combustion engines. The book discussed about internal combustion engines especially the principles, components and operation of both the two stroke and four stroke in diesel and gasoline engines. It also clearly illustrated in lesson 2 about internal combustion engine subsystems in the tasks Task 1 speaks to describe the principles, Components, and operation of turbochargers, intake, and exhaust systems. Task 2 describes the principles, Components, and operation of the Lubrication. Task 3 describe the principles, components, and the operation of the Cooling System.

The Contents are:

1. Internal Combustion Engines
2. Internal Combustion Engine Subsystem

http://rapidshare.de/files/22504833/Us_Army_Mechanic_Course_-_Principles_Of_Internal_Combustion_Engines_Od1619.pdf 3.65 MB

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This book presents classical mechanics from an unusual perspective. It focuses on understanding motion rather than deriving equations of motions because the subject of this book is motion. The book was concerned to the students to have an active exploration. It is the part of learning experience to focus the understanding of the motion of the systems. To learn about motion, the students must actively explore the motion of the systems through simulation and experiment.

1. Lagrangian Mechanics
2. Rigid Bodies
3. Hamiltonian Mechanics
4. Phase Space Structure
5. Canonical Transformation
6. Canonical Perturbation theory
7. Appendix: our notation
8. Appendix: scheme

http://rapidshare.de/files/23003289/Sussman-Wisdom-Mayer_-_Structure_and_Interpretation_of_Classical_Mechanics__MIT_Press_2000__4AH.pdf

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This book introduces on how and why machine works. This will provide an “introduction to mechanical engineering”. It is discussed with Careers and MIT Curriculum that taught the “engineering way of thinking” by determining important parts of the problem, modeling and estimation. It will “develop engineering knowledge” where the common elements and systems included and how machines are made and work. It also developed engineering skills” meaning speaks Communication and project management, analytic and geometric Modeling and engineering design Processing. The part one is of the book contains Camera Discussion, Units and reason, engineering flow balances, Sketching, Project management (Discussion), and homework. Part2 discussed about what is engineering and all function of engineering. Part3 is how and why machine work, Part 4 contains Manufacturing activities, Homework 3, Mfg plant trip, Manufacturing videos available for checkout discussed how car is made, ford Mfr plants, Casting, turning, Milling and Extrusion. Part 5 lectures the Hydraulic machines and system II. It is the basic Hydraulic machine and components with Graphical Nomenclature. Example I-III of pump, motor and cylinder cont., planetary gear trains and threaded mechanism. Part 6 is Hydraulic machines III and EM machines. The topics are Project I schedule revision, Test, Bernoulli’s equation, Electric motors and evaluation. Part 7 is Machine that store and transfer energy Thermodynamics and energy Conversion . The topics are Marty: Project I questions/answers, Joe: thermodynamics and machinery. This is a very fun course to take, very hard course to teach for engineering student and engineering professor.

http://rapidshare.de/files/22999512/MIT_Lectures_-_How_and_Why_Machines_Work_4AH.rar

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The contents of this Handbook speak compellingly of the need for continuing research and development of technological safeguards for ground operations and flight in icing conditions. This handbook, developed mainly from the Flight Safety Digest is dedicated to helping educate all personnel associated with flight operations in icing conditions.

1. Airframe Icing

2. Induction System Icing

3. Helicopter Icing

4. Pre-Flight Preparation

5. The New Zealand Environment

6. In-Flight Management

7. Pilot Training Syllabi

8. Operations Manual Content/ Operator Certification

http://rapidshare.de/files/22496177/Aircraft_Icing_Handbook__2000_CAA_.pdf 0

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The book describes the operation, components, and system of the gas turbines engine. The first chapter includes an introduction to gas turbine engines. Chapter two Discusses the systems and accessories such as fuel, oil, and electrical. Chapter 3 covers testing, inspections, maintenance, and Storage Procedures. Chapter 4 through 10 describe in detail the gas turbine engines used in army aircraft.

1. Introduction to Gas turbine Engineering

2. Systems and accessory

3. Testing, inspection, maintenance, and Storage procedures

4. Lycoming T53

5. Lycoming T55

6. Solar T62 Auxiliary power unit

7. Allison T63

8. Pratt and whitney T73

9. Pratt whitney T74

10. General Electronic T700

http://rapidshare.de/files/22504660/US_Army_aviation_course_-_Gas_Turbine_Engines_AL0993.pdf 20

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The purpose is to provide a text for the undergraduate linear algebra course of Massachusetts Institute of technology and was designed for mathematics majors at the junior level. In chapter 1, the author deals with systems of linear equations and their solutions by means of elementary row of operations on matrices. It provide sthe student with some picture of the origin of linear algebra and the computational techniques necessary to understand examples of more abstract ideas of the latter chapters. In Chapter 2, it talks with vector spaces, subspace, bases, and dimension. Chapter 3 treats linear transformations, their algebra, their representation by matrices, as well as isomorphism, linear functional and dual spaces. Chapter 4 prime factorization of a polynomial. It also deals with roots, tailor’s formula, at the defines the algebra of polynomials over a field, the ideals in that algebra, and the LaGrange interpolation formula. Chapter 5 develops determinants of square matrices, the determinant being viewed as an alternating n-liner function of the rows of a matrix, and then proceeds to multilinear functions on modules as well as the grassman ring. The materials molecules place the concepts of determinant in a wider and more comprehensive setting than a usually found in elementary textbooks. Chapter 6 and 7 contents a discussion of the concepts which are the basic of the analysis of a single linear transformation on a finite-dimensional vector space; the analysis and the characteristic (eigen) values, Triangulable and diagonalizable transformations; chapter 7 includes a discussion of matrices over a polynomial domain, the computation of invariant factors and elementary devisors of a matrix. The chapter ends with the discussion of Simi-simple operators, to round out the analysis of a single operator. Chapter 8 treats finite-dimensional inner product spaces in some detail. it Covers the basic geometry, relating orthogonalization to the idea of ‘best approximation to a vector’ and leading to a concepts of the orthogonal projection of a vector onto a subspace and orthogonal complement of a subspace. The chapter treats unitary operators and culminates in digitalization of self-adjoin and normal operators. Chapter 9 introduces sesqui-linear forms, relates them to positive and self-adjoin operators on an inner product space, move on to the spectral theory of normal operators and then to more sophisticated results concerning normal operators on a real or complex inner product spaces. Chapter 10 discusses bilinear forms, emphasizing canonical forms of symmetric and skew-symmetric forms, as well s group preserving non-degenerate forms, especially the orthogonal, unitary, pseudo-orthogonal and Lorentz groups.

1. Linear Equations
2. Vector space
3. Linear transformations
4. Polynomials
5. Determinants
6. Elementary Canonical forms
7. The Rational and Jordan forms
8. Inner products Spaces
9. Operators in inner products spaces
10. Bilinear forms

http://rapidshare.de/files/22954070/Hoffman___Kunz_-_Linear_Algebra__Prentice_Hall_1971__4AH.pdf 20

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In this revised edition, exhaustive coverage is provided in atmosphere and basic aerodynamics principles and applications. The practical aerodynamics and performance applications are stressed with new examples and illustrations. This widely used book has been updated with modern airplane and aerodynamics data. Airplane aerodynamics and performance has been internationally acclaimed as a practical reference that covers the methodology and decision making involved in the process of analyzing airplane performance, and currently used by educators and industry practitioners across the globe as both a textbook and a key reference. Reader Confusion minimized through a systematic progression fundamentals.

1. The Atmosphere

2. Basic Aerodynamics principles and Applications

3. Airfoil Theory

4. Wing theory

5. Airplane Drag

6. Airplane Propulsion Systems

7. Propeller Theory and Applications

8. Fundamentals of flight performance

9. Climb and Drift-down performance

10. Take-of and lending

11. Range, endurance and payload-range

12. Maneuvering and flight envelope

http://rapidshare.de/files/22495073/Roskam__Jan___Lan_C.E._-_Airplane_Aerodynamics_and_Performance__DARcorporation_1997_.pdf 30

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It is design suitable for engineering in the field of missiles Aerodynamics and attempts to present a rational and unified account of the principal results of missiles aerodynamics. It si divided into 10 chapters. Chapter 1- is purely introductory of the Character, Chapter 2-Collects Together for Convenient use many of the Result used repeatedly in subsequent Chapters, Chapter 3- treat the subject of slender-body theory has the great advantage that it is mathematically tractable in a very wide range of missiles Configurations, Chapter 4 to 8 - an attempt is made to present missiles aerodynamics in an orderly building up of missile from its Component parts, the body alone, the wing panels, the tail and the control Surfaces. Chapter 6 - discussed the aerodynamics of a tail behind the wings of the missiles depends on the flow field of the wing-body combination, Chapter 7 - treat the important subjects of drag Stability derivatives. The nature of aerodynamics drag makes desirable a separate Chapter devoted to drag. The Chapter on Stability derivatives attempts to treat all forces and Moment on a missile (other then drag) from a general and unified point of view.

1. Introduction
2. Some formula Commonly used in missiles aerodynamics
3. Slender-body at supersonic and subsonic speed
4. Aerodynamic of Bodies; Vortices
5. Wing-body interference
6. Downwash, sidewash, and the wake
7. Wing-tail Interference
8. Aerodynamics Controls
9. Drag
10. Stability Derivatives
    

http://rapidshare.de/files/22493320/Nielsen_J.N._-_Missile_Aerodynamics__McGraw_Hill_1960_.pdf

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This book contains some important but not sufficiently well known concepts. Like a regular momentum balance applies relative to any point, not just arcane list of Point. Also there is little Mechanics here that cannot found in other books, including freshman physics text, other engineering texts, and hundred of classics. There are many statics dynamics textbook which cover about the same material as this one but this textbook has modern applications, ample samples, lots of pictures, and lots of homework problems. Through this book, students will come to see not mechanics as a coherent network of basic ideas rather than a collection of Ad-hoc recipes and tricks that one need memorized or Hope to discover by divine inspiration. This book has a big part in the field of engineering.

1. Mechanics
2. Vectors for Mechanics
3. Free body diagrams
4. Statics
5. Dynamics of Particle
6. Constrained straight line motion
7. Circular motion
8. Advanced topic of circular motion
9. General Planar of motion of a grid body
10. Kinematics using time-varying base victors

http://rapidshare.de/files/23005940/Pratap__Rudra___Ruina__Andy_-_Introduction_to_Statics_and_Dynamics__Oxford_Uni_Press_2000__4AH.rar

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The information taken from authentic and highly regarded Resources. Best for professionals in the field of thermal engineering. The main goal of this handbook is to provide this type of up-to-date information for engineers involved in the field of thermal engineering. It is not designed to compete the traditional handbooks of heat transfer that stress fundamental principles, analytical approaches to thermal problems, and elegant solutions of traditional problems in the thermal sciences. The goal of this handbook is to provide information on specific topics of current interest in a convenient form that is accessible to the average engineering industry. The handbook contains in the first three chapters sufficient background information to refresh the reader’s memory in of the basic principles necessary to understand specific application in thermal design and analysis for technologies of current interest, as well as computer solutions of heat transfer and thermal engineering problems.

1. Engineering Thermodynamics

2. Fluid Mechanics

3. Heat and Mass Transfer

4. Application

5. Numerical analysis and Computational tools

http://rapidshare.de/files/20912936/KREITH__F.__1999_._The_CRC_Handbook_of_Thermal_Engineering.rar

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This book is about all these things, It Tells you about the structures of Organic Molecules and The Reasons Behind them. It tells you about the Shapes of those Molecules and how Shape relates to their Function, Especially in the context of Biology. It tells you Structures and Shape are discovered. It tells you about the reactions the molecules undergo and, more importantly, it tells you how molecules are made and how you can too think and about making molecules.

1. What is Organic Chemistry

2. Organic Structure

3. Determining Organic Structure

4. Structure Of Molecules

5. Organic Reaction

6. Nucleophilic addition to the carbonyl group

7. Delocalization and conjugation

8. Acidity, bisicity, and pKa

9. Using organomitallic reagent to make C-C bonds

10. Conjugate addition

11. Proton Nuclear Magnetic resonance

12. Nucleophilic bubstitution at the Carbonyl

13. Equilibria, rates, and mechanisms: summary of mechanistic Principles

14. Nucleophilic substitution at Saturated Carbon

15. Conformational analysis

16. Stereochemistry

17. Nucleophilic Substitution at Saturated carbon

18. Confirmational Analysis

19. Elimination reactions

20. Electrophilic addition to alkenes

22. Formation And reaction of enols and enolates

23. Electrophilic aromatic Substitution

24. Electrophilic alkenes

25. Chemoselectivity: selective Reactions and protection

26. Synthesis in reaction

27. Alkylation of Enolates

28. Reaction of enolates

29. Acylation at Carbon

30. Conjugate addition of enolates

31. Retrosynthetic analysis

32. Controlling the Geometry of double bonds

33. Determination of stereochemistry by spectroscopic methods

34. Diastereoselectivity

35. Rearrangements

36. Fragmentation

37. Radical Reaction

38. Synthesis and Reaction of Carbenes

39. Determining reaction Mechanism

40. Saturated heterocycles and Stereoelectronics

41. Aromatic Heterocycles 1: Structures And Reactions

42. Aromatic Heterocycles 2: Synthesis

43. Asymmetric Synthesis

44. Organo-main-group Chemistry 1: sulfur

45. Organo-main-group Chemistry 2: boron, silicon and tin

46. Organometallic Chemistry

47. The Chemistry pf Life

48. Mechanism and biological chemistry

49. Natural Products

50. Organic Chemistry today

http://rapidshare.de/files/20911224/CLAYDEN__J.__2001_._Organic_Chemistry.rar

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This book bridges the gap between elementary dynamics and advanced specialist applications in engineering. A uniform approach has adopted using standard terminology and notation in several subject areas, including road vehicle stability, aircraft stability and robotics. The book discussed reappraisal of Newtonian principles to ensure that definitions and symbols, analytical dynamics typified by the methods of language and by Hamilton’s principle, rigid body dynamics to include Gyroscopic Phenomena and the stability of spinning bodies, four types of vehicle: satellites, rockets, aircraft and cars, fundamentals of the dynamics of one-dimensional continuous media, the study into tree dimensions and discusses the type of wave that can exist within the medium and on its surface, Reflection and Refraction, conventional dynamics and the highly specialized and distinctive approach used in robotics, brief excursion into a special theory of relativity mainly to define the Boundaries of Newtonian Dynamics and to reappraise the fundamental definitions. Engineering students can get the advanced dynamics that they have to know.

1. Newtonian Mechanics

2. Lagrange’s Equations

3. Hamilton’s principle

4. Rigid body motion in three Dimensions

5. Dynamics of Vehicle

6. Impact and one-Dimensional Wave Propagation

7. Wave in a three-Dimensional Elastic Solid

8. Robot Arm Dynamics

9. Relativity

http://rapidshare.de/files/23005172/Harrison___Nettleton_-_Advanced_Engineering_Dynamics__Arnold_1997__4AH.pdf

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This book is to provide students, researches, academics and professionals in general with definitions in a very clear and concise form. Its uniqueness lies in the fact that it is an extremely useful source of information in the form meanings of scientific terms presented very clear language and written by authoritative person in the fields. The book covers fluid dynamics, material science, nuclear physics, quantum mechanics, plasma physics, quantum optics, and thermodynamics. Terms have been chosen from textbooks, professional book, and scientific and technical journals, ect. Readership includes physicist and engineers in most fields, teachers and student in physics and engineering in University, college, and high school levels, technical writers, and in general professional people, by using of this book they can get a source of information’s about this matter.

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http://rapidshare.de/files/23006953/Basu__Dipak_-_Dictionary_of_Material_Science___High_Energy_Physics__CRC_Press_2001__4AH.pdf

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This book extends the scope of the materials covered into more complex areas such as unsymmetrical bending, loading or deflection of status, rings, discs, cylinders plates, diaphragm and thin walled sections. The book contains a summary of essential formulas which are developed within each Chapter and a large number of worked examples.

1. Unsymmetrical Bending
2. Struts
3. Strains Beyond The Elastic Limits
4. Rings, Discs and Cylinder subjective to Rotation and Thermal Gradients
5. Torsion of Non-circular and Thin-Walled Sections
6. Experimental Stress Analysis
7. Circular Plates and Diaphragms
8. Introduction to Advance elasticity Theory
9. Introduction to the Finite Element Method
10. Contact Stress, Residual Stress and stress Concentrations
11. Fatigue, Creep and Fracture
12. Miscellaneous Topics

http://rapidshare.de/files/23008827/Hearn_E.J_-_Mechanics_of_Materials_Vol_2__3rd_Ed__Butterworth_Heinmann_1997__4AH.pdf