Mechanical Engineers' Handbook, Four Volume Set (MECHANICAL ENGINEERING HANDBOOK SERIES)
Product Details: Mechanical Engineers' Handbook, Four Volume Set (MECHANICAL ENGINEERING HANDBOOK SERIES)
Edited by Myer Kutz
Hardcover: 3600 pages
Publisher: Wiley; Third Edition (November 11, 2005)
Language: English | PDF | 72.9Mb
ISBN-10: 0471449903
ISBN-13: 978-0471449904
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A.Description
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Mechanical Engineers' Handbook, Third Edition, Four Volume Set provides a single source for all critical information needed by mechanical engineers in the diverse industries and job functions they find themselves. No single engineer can be a specialist in all areas that they are called on to work and the handbook provides a quick guide to specialized areas so that the engineer can know the basics and where to go for further reading.
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B.Table of contents
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VOLUME 1
PART 1. MATERIALS SELECTION
1. Carbon and Alloy Steels (Bruce L. Bramfitt)
2. Stainless Steel (James Kelly)
3. Aluminum Alloys (J.G. Kaufman)
4. Copper and Copper Alloys (Konrad J.A. Kundig)
5. Selection of Titanium Alloys for Design (Matthew Donachie)
6. Nickel and Its Alloys (T.H. Bassford, Jim Hosier and Gaylord Smith)
7. Magnesium and Its Alloys (Robert S. Busk and Robert E. Brown)
8. Selection of Superalloys for Design (Matthew J, Donachie and Stephen J. Donachie)
9. Plastics: Thermoplastics, Thermosets, and Elastomers (Edward N. Peters)
10. Composite Materials (Carl Zweben)
11. Smart Materials (James Harvey)
12. Overview of Ceramic Materials, Design, and Applications (R. Nathan Katz)
13. Sources of Materials Data (J.G. Kaufman)
14. Analytical Methods of Materials Selection (Dr. Mahmoud M. Farag)
PART 2. MECHANICAL DESIGN
15. Stress Analysis (Franklin E. Fisher)
16. An Introduction to the Finite Element Method (Tarek I. Zohdi)
17. Concurrent Engineering Technologies and Design for Six Sigma (James McMunigal and H. Barry Bebb)
18. TRIZ (James McMunigal)
19. Computer-Aided Design (Emory Zimmers, Jr.)
20. STEP (Martin Hardwick)
21. Virtual Reality-A New Technology for the Engineer (Ming C. Leu)
22. Physical Ergonomics (Maury A. Nussbaum and Jaap van Dieen)
23. Electronic Packaging (Warren C. Fackler)
24. Design Optimization-An Overview (A. Ravindran and G.V. Reklaitis)
25. Designing with Plastics (James Harvey)
26. Failure Considerations-Metals (Steve Daniewicz and Jack A. Collins)
27. Failure Analysis of Plastics (Vishu Shah)
28. Failure Modes: Performance and Service Requirements for Composites (Dietrich Munz)
29. Mechanical Reliability and Life Prediction for Brittle Materials (G.S. White, E.R. Fuller, Jr., and S.W. Freiman)
30. Total Quality Management in Mechanical Design (B.S. Dhillon)
31. Reliability in Mechanical Design (B.S. Dhillon)
32. Lubrication of Machine Elements (Bernard J. Hamrock)
33. Seal Technology (Bruce M. Steinetz)
34. Vibrations and Shock (Singiresu S. Rao)
35. Noise Measurements and Control (George M. Diehl)
36. Nondestructive Testing (Robert L. Crane and Jeremy Knopp)
VOLUME 2
PART 1. INSTRUMENTATION
1. Instrument Statics (Sriram Sundararajan, Jerry Lee Hall and Mahmood Naim)
2. Input and Output Characteristics (Adam C. Bell)
3. Bridge Transducers (Patrick L. Walter)
4. Measurements (E.L. Hixson and E. A. Ripperger)
5. Temperature and Flow Transducers (Robert J. Moffat)
6. Signal Processing (John Turnbull)
7. Data Acquisition and Display Systems (Philip C. Milliman)
8. Digital Integrated Circuits: A Practical Application (Todd Rhoad and Keith Folken)
PART 2. SYSTEMS, CONTROLS, AND MEMS
9. Systems Engineering: Analysis, Design, and Information Processing for Analysis and Design (Andrew P. Sage)
10. Mathematical Models of Dynamic Physical Systems (K. Preston White, Jr.)
11. Basic Control Systems Design (William J. Palm)
12. Closed-Loop Control Systems Analysis (Suhada Jayasuriya)
13. Control System Performance Modification (Suhada Jayasuriya)
14. Servoactuators for Closed-Loop Control (Karl N. Reid and Syed Hamid)
15. Controller Design (T. Peter Neal)
16. General Purpose Control Devices (James H. Christensen, Robert J. Kretschmann and Muneshige Yamazaki)
17. State-Space Methods for Dynamic Systems Analysis (Krishnaswamy Srinivasan)
18. Control System Design Using State-Space Methods (Krishnaswamy Srinivasan)
19. Neural Networks in Control Systems (Frank Lewis and Shuzhi Sam Ge)
20. Mechatronics (Shane Farritor)
21. MEMS (Mona E. Zaghloul)
VOLUME 3
PART 1. MANUFACTURING
1. Product Design for Manufacturing and Assembly (DFM&A) (Gordon Lewis)
2. Achieving Enterprise Goals with New Process Technology(Steve W. Tuszynski)
3. Classification Systems (Dell K. Allen)
4. Production Planning (Bhaba R. Sarker, Dennis B. Webster and Thomas G. Ray)
5. Production Processes and Equipment (Magd E. Zohdi, Dennis B. Webster and William E. Biles)
6. Metal Forming, Shaping, and Casting (Magd E. Zohdi, Dennis B. Webster and William E. Biles)
7. Mechanical Fasteners (Murray J. Roblin and Anthony Luscher)
8. Statistical Quality Control (Magd E. Zohdi)
9. Computer-Integrated Manufacturing (William E. Biles and Magd E. Zohdi)
10. Material Handling (William E. Biles, Mickey Wilhelm, John S. Usher and Magd E. Zohdi)
11. Surface Coating Technology (Suzanne L. Rohde and Allan Matthews)
12. Environmentally Conscious Manufacturing (I. S. Jawahir and X. Wang)
PART 2. MANAGEMENT, FINANCE, QUALITY, LAW, AND RESEARCH
13. Managing Projects in Engineering Organizations Using Inter-organizational Teams (Karen L. Higgins and Joseph A. Maciariello)
14. Managing People (Hans J. Thamhain)
15. Finance and the Engineering Function (William Brett)
16. Detailed Cost Estimating (Rod Stewart)
17. Investment Analysis (Byron W. Jones)
18. Total Quality Management and the Mechanical Engineer (R. Alan Kemerling and Jack B. ReVelle)
19. Registrations, Certifications, and Awards Jack B. ReVelle (Cynthia M. Sabelhaus)
20. Safety Engineering (Jack B. ReVelle)
21. What the Law Requires of the Engineer (Alvin S. Weinstein and Martin S. Chizek)
22. Patents (David A. Burge and Benjamin D. Burge)
23. Electronic Information Resources: Your Online Survival Guide (Robert N. Schwarzwalder, Jr.)
24. Sources of Mechanical Engineering Information (Fritz Dusold and Myer Kutz)
VOLUME 4
1. Thermophysical Properties of Fluids (Peter E. Liley)
2. Fluid Mechanics (Reuben M. Olson)
3. Thermodynamics Fundamentals (Adrian Bejan)
4. Exergy Analysis and Entropy Generation Minimization (Adrian Bejan)
5. Heat Transfer Fundamentals (G.P. "Bud" Peterson)
6. Combustion (Eric Eddings)
7. Furnaces (Carroll Cone)
8. Gaseous Fuels (Richard J. Reed)
9. Liquid Fossil Fuels from Petroleum (Richard J. Reed)
10. Coals, Lignite, Peat (James Keppeler)
11. Solar Energy Applications (Jan F. Kreider)
12. Geothermal Resources and Technology: An Introduction (Peter D. Blair)
13. Energy Auditing (Carl Blumstein and Peter Kuhn)
14. Heat Exchangers, Vaporizers, Condensers (Joseph W. Palen)
15. Heat Pipes (Hongbin Ma)
16. Air Heating (Richard J. Reed)
17. Cooling Electronic Equipment (Allan Kraus, Avram Bar-Cohen and Abhay Watwe)
18. Fans, Blowers, Compressors, and Pumps (Keith Marchildon and Dave Mody)
19. Nuclear Power (William Kerr and William Updegrove)
20. Gas Turbines (Harold Miller and Todd Nemec)
21. Wind Turbines (Todd Nemec)
22. Steam Turbines (William G. Steltz)
23. Internal Combustion Engines (Ronald Douglas Matthews)
24. Refrigeration (Dennis L. O'Neal)
25. Cryogenic Systems (Leonard A. Wenzel)
26. Indoor Environmental Control (Jelena Srebric)
27. Air Pollution-Control Technologies (C.A. Miller)
28. Water Pollution-Control Technology (Carl A. Brunner and James F. Kreissl)
29. Fuel Cells (Matthew M. Mench)
30. Thermal Systems Optimization (Reinhard Radermacher)
31. Fluid Power (Andrew Alleyne)
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C.Reviews
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"Wiley's latest may lay claim to being the most inclusive - both in breadth and depth - with this excellent reference. Kutz has successfully sought to include more "authoritative discussions, real-world examples, and insightful analyses. It is the addition of this extra text that will find appreciative readers, especially those relatively new to a topic." (American Reference Books Annual, 2008)
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Title: Effects of frictional forces acting on sidewalls of buried box culverts
Author: Junsuk Kang et al.
Publication: Int. J. Numer. Anal. Meth. Geomech. 2008; 32:289–306
Year: 2007
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ASM Handbook Volume 1: Properties and Selection: Irons, Steels, and High-Performance Alloys
Product Details
Hardcover: 1063 pages
Publisher: ASM International; 10 edition (April 1, 1990)
Language: English
ISBN-10: 0871703777
ISBN-13: 978-0871703774
Product Description
A comprehensive guide to compositions, properties, performance, and selection of cast irons, carbon and low-alloy steels, tool steels, stainless steels, and superalloys. Contains 1,328 illustrations (photographs, charts, and graphs). More than 500 tables provide extensive data for alloy designations, compositions, and mechanical and physical properties.
After using search option, I didn't find this incredible handbook.
Enjoy it.
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Chemicals used for treatment of swimming pool water
BS EN 15031-2006 Chemicals used for treatment of swimming pool water — Aluminium based coagulants
BS EN 15076-2006 Chemicals used for treatment of swimming pool water — Sodium hydroxide
BS EN 15077-2006 Chemicals used for treatment of swimming pool water — Sodium hypochlorite
BS EN 15362-2007 Chemicals used for treatment of swimming pool water — Sodium carbonate
BS EN 15513-2007 Chemicals used for treatment of swimming pool water — Carbon dioxide
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The Spreadsheets for the short Course on Earthquake Ground Motions and Responses of Reinforced Concrete Buildings
The Spreadsheets for the short Course on Earthquake Ground Motions and Responses of Reinforced Concrete Buildings by Prof. Nelson Lam, University Melbourne, Australia.
22nd – 23rd June 2010, The Institution of Engineers Malaysia, Petaling Jaya, Selangor.
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The Papers for the short Course on Earthquake Ground Motions and Responses of Reinforced Concrete Buildings
The Selected Papers for the short Course on Earthquake Ground Motions and Responses of Reinforced Concrete Buildings by Prof. Nelson Lam, University Melbourne, Australia.
22nd – 23rd June 2010, The Institution of Engineers Malaysia, Petaling Jaya, Selangor.
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Recent Development in Bridge Engineering
By K.M. Mahmoud
Publisher: Taylor & Francis
Number Of Pages: 388
Publication Date: 2003-01-01
ISBN-10 / ASIN: 9058096068
ISBN-13 / EAN: 9789058096067
Product Description:
This proceeding contains a selected number of papers presented at the 2nd New York Bridge Conference that should be valuable to every reader and worker in the field of applied bridge engineering. Topics covered include: cable-supported bridges; and bridge analysis, design and retrofit.
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Book Review: Recent Advances in Bridge Engineering (1)
Aftab Mufti, Badiar Bakht, Leslie Jaeger
This text book is perhaps unusual in that I found it enjoyable to read. It is unusual in other respects, too, as will be described. The authors' intended readership is "their fellow engineers, especially in Asian countries" and it is also intended to be of assistance in teaching post-graduate studies.
In fact, the contents of the book provide advances in bridge engineering that likely do not appear in coherent book form elsewhere, and at least some of the topics should be useful to many bridge engineers. The authors write with authority, as they have direct personal experience with all of the subjects covered, either as researchers or as practicing engineers. The book is well written about important subject matter for bridge engineers.
The book does not attempt to cover all aspects of bridge engineering. Instead it covers, as the title suggests, recent advances in certain important areas typically not found in other publications, advances that were very much driven by Canadian engineers.
One major subject is the design of steel-free decks. It is now known that conventional concrete decks with steel reinforcing often sustain damage caused by corrosion of the steel bars. Deck replacement is expensive, even discounting the very real societal cost caused by traffic delays during renovation. However, the situation is worsening because unlike earlier bridges, the concrete deck is often an integral part of the bridge, such as the top flange of a main load-carrying member, as in a post-tensioned concrete box girder. The possibility of using non-corroding fibre-reinforced polymers instead of steel is an attractive alternative, so far not well understood by the profession. The subject is well covered in Chapter 8.
The first chapter explains how bridge design codes are written, with particular reference to determining design live loads and load factors. While few engineers are routinely engaged in this activity (except for the target part of the readership that is developing bridge design codes in Asia), it is often useful to understand why the code is written the way it is so that when situations occur that are not directly covered by the bridge design codes, some guidance is available.
Chapter 2 is on Analysis by Manual Calculation. But surely all analysis these days is performed by computer? Perhaps, but a reality check by manual methods can often provide a very useful review.
Chapter 3 covers Analysis by Computer. The ideas are good, but I suspect that any writing on this subject will be the first to experience obsolescence.
The fourth chapter is a comprehensive treatment of Arching Action in Deck Slabs. The discovery that the ubiquitous concrete bridge deck actually resists loads by arching action rather than by bending, and the ramifications of this behaviour in terms of both potential economy and the need to revise design methods, are major developments in bridge engineering pioneered by Canadian engineers, including the authors. All bridge engineers should understand this topic.
Cantilever Slabs, which do not act by arching, are covered in Chapter 5.
Chapter 6 provides good ideas and practical information from the authors' experience. Although few wood bridges are constructed these days, there are still a number in service or in remote areas that can usefully have their lives extended.
For relatively short spans, soil-steel structures can be much more economical than conventional beam-and-column bridges, and Chapter 7 is a useful guide to the design and construction of such structures.
Chapter 9 on Structural Health Monitoring is not an esoteric dissertation on instrumentation, but a pragmatic review of what can be gained from some generally fairly simple sets of load tests and measurements, and why such testing is of value.
Chapter 10 provides some thought-provoking ideas on Bridge Aesthetics. There are no recipes, but there is an invitation to raise consciousness of beauty and the contribution of a bridge to the aesthetics of its environment.
Finally, Chapter 11 gives an introduction to Computer Graphics.
All-in-all, it is a book that should be in any bridge engineers' library.
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Influence of Filter Paper and Leakage on Triaxial Testing
Authors: S. Leroueil, F. Tavenas, P. La Rochelle, M. Tremblay
Pages: 13
Published: Jan 1988
Source: STP977-EB
Paper ID: STP29078S
Results and Interpretation of Multistage Triaxial Compression Tests
Author: M. Soranzo
Pages: 10
Published: Jan 1988
Source: STP977-EB
Paper ID: STP29086S
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