Tuesday, November 30, 2010
by Pawan Kumar Goyal
Powell addresses topics like navigation theory and user profiling, backing up high-level discussion with excellent, practical technique. He goes beyond your garden-variety explanation of what particular features are and how to code them by specifying the problems you might face and offering solutions. You get insight you can use: how to handle those pesky frames by understanding UI consequences, keep frames from opening within themselves, and offer your users the ability to print framed pages reliably.
All the bases are covered, including adding GUI interactivity, solid page layout and formatting techniques, and a look at the various Web technologies and their effect on site design. The entire work exudes the confidence of a well-seasoned writer, and the discussions leave you feeling well informed. This book bridges the gap between knowing how to build Web sites and having a holistic knowledge of all of the intricacies and pitfalls of coding for the Web. --Stephen W. Plain
Topics covered:
- Web-design methodologies
- Usability
- Types of Web sites
- Navigation theory and practice
- Linking text/buttons/icons/graphics
- Search facilities
- Text handling
- Colors and images
- Building interactivity
- Web technologies (XML, CSS, JavaScript)
- Cookies
- Server-side scripting
- Multimedia
- Site delivery and management
- The future of Web design
- Site evaluation procedures
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Monday, November 29, 2010
by Pawan Kumar Goyal
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Sunday, November 28, 2010
by Pawan Kumar Goyal
This is the sort of book more engineers should read, as they lack knowledge in this department. It covers metals, ceramics, plastics and composites as well as briefly covering other materials such as semiconductors. It talks about fabrication processes, microstructures as well as the properties of typical materials - for example with metal alloys, casting, forging etc are discussed as well as phase diagrams.
The last section discusses the application of various materials for use in several different parts. In the edition I have, they are automobile valve springs, an artificial femoral component, and space shuttle tiles, as well as the strength-weight optimisation of various beams. It goes into each aspect of the design, for example how many stress cycles the valve will undergo in the typical lifetime, and give a specific failure rate. Quite interesting.
There are also sections on thermal properties, electrical properties, atomic lattices, and more...In summary, this book is packed with sufficient information to give you general knowledge of each field covered and get you interested, without going overboard -something that most university textbooks tend to do.
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Fox, McDonald & Pritchard provide a balanced approach to fluid mechanics that arms students with a proven problem-solving methodology. Students will learn to adopt an orderly approach to solving problems.
- Providing a fresh look, new co-author Philip J. Pritchard, of Manhattan College, has clarified and improved descriptions and explanations throughout the book.
- The text emphasizes the control volume concept to provide a practical problem solving approach that is theoretically inclusive.
- 116 detailed example problems illustrate important concepts; each problem is solved in complete detail to demonstrate good solution procedure.
- 45 example problems have associated Excel/workbooks that enable students to perform “What if?” scenarios when studying the examples; many of the workbooks can be modified to solve end-of-chapter problems.
- Students can use Excel to vary problems parameters to gain insight into the behavior of complex solutions.
- 1315 end-of-chapter problems, with varying degrees of difficulty, provide the opportunity to practice building problem-solving skills.
- The CD accompanying the text includes: special and/or advanced topic sections for further study that are not include in the printed text, 45 example problem workbooks in Excel, and “A Brief Review of Microsoft Excel” (an introduction to Excel’s basic features, and such advanced features as Solver and macros).
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by Pawan Kumar Goyal
This Engineering Mechanics of Solids, Popov book doesn’t only describes the basic concepts of mechanics theories and also supplemented by several newly-emerging disciplines, for instance the probabilistic basis for structural analysis, and matrix methods. In the earlier chapters, this second edition provides the fundamental of mechanics theories related to properties of material. Stress, strain and axial of deformation bar is reviewed to acknowledge the readers about the introduction of the material behavior related the strength analysis and formula of calculation.
Finally, this Engineering Mechanics of Solids, Popov book consists of 20 chapters, which additional chapters have been added to provide advanced applied theories in mechanical engineering field, this can be applied in such as Elastic Analysis of Systems and Plastic Limit Analysis.
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Simplicity and an easy narration style are the hallmarks of this book, which have made all its previous seven editions immensely successful. Today's C programmer has to not only master the complexities and intricacies of the language but also has to contend with its usage in environments like Windows and Linux. Once he is done with that he has to learn how to use it in today's internet- Centric world. This book covers all these three aspects of C Programming very well. This book doesn't assume any programming background. It begins with the basics and steadily builds the pace so that the reader finds it easy to handle complicated topics towards the end. Each chapter has been designed to create a deep and lasting impression on the reader's mind. "If taught through examples, any concept becomes easy to grasp". This book follows this dictum faithfully. Yashavant has crafted well thought out programming examples for every aspect of C Programming. Some of the highlighting features of the book are... Traditional C Programming- Pointers - Complete build process - Low-level File I/O - Structures, Unions, Bit-fields - Bitwise Operators C Under Linux - Signals and Signal Handling - Blocking of Signals - Event Driven Programming - Process, PIDs, Zombies - GNOME Programming Using GTK Library C Under Windows - Windows Programming Model - Windows Messaging Architecture - Mouse Programming - GDI Internet Programming- CP/ IP model - Windsock Library - Building Time Clients - Whoise and HTTP Clients - Sending & Receiving emails Table of Contents: 1. Getting Started 2. The Decision Control Structure 3. The Loop Control Structure 4. The Case Control Structure 5. Functions & Pointers 6. Data Types Revisited 7. The C Pre-processor 8. Arrays 9. Pup petting On Strings 10. Structures 11. Console Input/Output 12. File Input/Output 13. More Issues in Input/Output 14. Operation On Bits 15. Miscellaneous Features 16. C Under Windows 17. Graphics Under Windows 18. Internet Programming 19. C Under Linux 20. More Linux Programming Appendix A – F Index
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by Pawan Kumar Goyal
Key Features:
Detailed coverage of Object Oriented Systems Development. Model C++ Proficiency Test included to strengthen the concepts learnt in the book. Two new projects added onto main text and two new as part of the OLC Pedagogy Illustrations: 84 Review Questions: 209 Debugging Exercises: 62 Programming Exercises: 84 Solved Programming Examples: 92 Illustrations: 369
Example based conceptual approach. Flow is kept such that the basics-functions-classes-and then the special features of C++ are explained in the same sequence Detailed discussion on Standard Template Library Provides differences between Object-Oriented and Procedure-Oriented Paradigms Real Life Case Studies for better comprehension of the
Table of Content:
Chapter 1. Principles of Object-oriented Programming
Chapter 2. Beginning with C++
Chapter 3. Tokens, Expressions and control Structures
Chapter 4. Function in C ++
Chapter 5. Classes and Objects
Chapter 6. Constructors and Destructors
Chapter 7. Operator Overloading and Type Conversions
Chapter 8. Inneritance: Extending Classes
Chapter 9. Pointers, Virtual Functions and Polymorphism
Chapter 10. Managing Console I/O Operations
Chapter 11. Working with Files
Chapter 12. Templates
Chapter 13. Exception Handling
Chapter 14. Introduction to the Standard Template Library
Chapter 15. Manipulating Strings
Chapter 16. New Features of ANSI C++ Standard
Chapter 17. Object-oriented Systems Development
Appendix A : Projects
Appendix B : Executing Turbo C++
Appendix C : Executing C++ Under Windows
Appendix D : Glossary of ANSI C++ Keywords
Appendix E : C++ Operator Precedence
Appendix F : Points to Remember
Appendix G : Glossary of Important C++ and OOP Terms
Appendix H : C++ Proficiency Test
Bibliography
Index
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by Pawan Kumar Goyal
Contents:
Part A – 2D design:
1. Introducing AutoCAD 2011
2. Introducing drawing
3. Osnap, AutoSnap and Dyn
4. Zoom, Pan and templates
5. The Modify tools
6. Dimensions and Text
7. Orthographic and isometric
8. Hatching
9. Blocks and Inserts
10. Other types of file format
11. Sheet Sets
Part B – 3D design
12. Introducing 3D modelling
13. 3D models in viewports
14. The modification of 3D models
15. Rendering
16. Building drawing
17. Three Dimensional Space
18. Editing 3D solid models
19. Other features of 3D modelling
20. Internet tools and Help
21. Design and AutoCAD 2011
Appendix A – Printing/ Plotting
Appendix B – List of tools
Appendix C – Some of the set variables
Index
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Key Features:
Expanded coverage of the chapter on Friction with the inclusion of several examples and additional detailing of the topic in various other chapter too. Chapter on Central force motion covering trajectories, launching of a satellite, astronomical facts, etc. Presents separate chapters and detailed treatment on Dynamics of particles, Kinematics of rigid bodies, Dynamics of rigid bodies as different from the previous edition wherein it was covered all together in a chapter. Incorporates a large number of engineering-oriented solved examples (251), unsolved problems (341), concept review questions (111), and multiple-choice questions (96). Includes description of 15 laboratory experiments as reference.
Table of Content:
Chapter 1 Engineering Mechanics : What and Why?
REVIEW SECTION
R1 Review of SI Units
R2 Review of Vectors
Chapter 2 Forces and Force Systems
Chapter 3 Equilibrium Analysis of Static Systems
APPLICATIONS IN STATICS
S1 Simple Structures
S2 Thin Rigid Beams
S3 Friction
Chapter 4 Central Points : Centroid, Centre of Mass and Centre of Gravity
Chapter 5 Kinematics of a Particle and of a Point in General
Chapter 6 Dynamics of a Particle and of the Mass Centre of any System
Chapter 7 Kinematics of a Rigid Body
Chapter 8 Moment of Inertia : Area and Mass
Chapter 9 Dynamics of Rigid Bodies
APPLICATIONS IN DYNAMICS
D1 Impact of Two Bodies
D2 Central Force Motion
Chapter 10 Virtual Work and Potential Energy Principles
Chapter 11 Vibrations of Simple Mechanical Systems
APPENDICES Appendix 1 Rules for Differentiation and Integration
Appendix 2 Properties of Plane Figures
Appendix 3 Properties of Solids Bodies
Index
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by Pawan Kumar Goyal
Key Features:
New chapters on Gas Compressors Internal Combustion Engines Gas Turbines and Propulsion Systems
New topical coverage on Air Conditioning Systems, Air Washers, Expansion Device, Multi-Evaporation Systems and Refrigerator
Exhaustive pedagogy 228 Solved examples 641 Review questions 591 Problems 65 Objective-type questions
Table of Content:
Chapter 1. Introduction
Chapter 2. Temperature
Chapter 3. Work and Heat Transfer
Chapter 4. First Law of Thermodynamics
Chapter 5. First Law Applied to Flow Processes
Chapter 6. Second Law of Thermodynamics
Chapter 7. Entropy
Chapter 8. Available Energy, Exergy and Irreversibility
Chapter 9. Properties of Pure Substances
Chapter 10. Properties of Gases and Gas Mixtures
Chapter 11. Thermodynamic Relations, Equilibrium and Third Law
Chapter 12. Vapour Power Cycles
Chapter 13. Gas Power Cycles
Chapter 14. Refrigeration Cycles
Chapter 15. Psychrometrics and Air-Conditioning Systems
Chapter 16. Reactive Systems
Chapter 17. Compressible Fluid Flow
Chapter 18. Elements of Heat Transfer
Chapter 19. Gas Compressors
Chapter 20. Internal Combustion Engines
Chapter 21. Gas Tubines and Propulsion Systems
Chapter 22. Transport processes in Gases
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Overview: With complete coverage of the basic principles of heat transfer and a broad range of applications in a flexible format, "Heat and Mass Transfer: A Practical Approach" provides the perfect blend of fundamentals and applications. The text provides a highly intuitive and practical understanding of the material by emphasizing the physics and the underlying physical phenomena involved. Key: Text covers the standard topics of heat transfer with an emphasis on physics and real-world every day applications, while de-emphasizing the intimidating heavy mathematical aspects. This approach is designed to take advantage of students' intuition, making the learning process easier and more engaging.
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The worldwide bestseller Thermodynamics: An Engineering Approach brings further refinement to an approach that emphasizes a physical understanding of the fundamental concepts of thermodynamics. The authors offer an engineering textbook that “talks directly to tomorrow’s engineers in a simple yet precise manner, that encourages creative thinking, and is read by the students with interest and enthusiasm.”
The new edition features an early introduction of the first law of thermodynamics, separate coverage of closed systems energy analysis, combined coverage of control volume mass and energy analysis, and revised coverage of compressible flow. Over 300 comprehensive problems have been added to this physically intuitive text, many of which come from industrial applications.
I have readed this book and enjoyed it completely. This is a must read for every mechanical engineer.
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