Engineering Mechanics/ Abdul Basit Saim
Material type:
TextBurlington, Toronto Academic Press, c2024Description: 261 pages : color illustrations ; 25 cmContent type: - 9781774697801
- TA 350 S25 2024
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TUP Manila Library | General Circulation Section-GF | TA 350 S25 2024 (Browse shelf(Opens below)) | Available | P00034280 |
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| TA 350 M47 2013 Engineering Mechanics : Dynamics SI Version | TA 350 M66 2024 Analytical geometric approach to static systems/ | TA 350 R43 2017 Energy principles and variational methods in applied mechanics / | TA 350 S25 2024 Engineering Mechanics/ | TA 350 V34 2004 Vector mechanics for engineers. Statics and dynamics / | TA 350 V43 2020 Vector mechanics for engineers : dynamics / | TA351 Engineering mechanics. Statics & dynamics / |
Includes bibliographic references and index.
Chapter 1: Introduction To Engineering Mechanics
Unit Introduction
1.1. Categorization Of Engineering Mechanics
1.2. Importance Of Engineering Mechanics
1.3. Historical Development Of Engineering Mechanics
1.4. Fundamental Terms In Mechanics
1.5. Laws Of Mechanics
1.6. Derived Laws
1.7. Units
1.8. Some Common Features Of A Force
1.9. Forces System
1.10. Dimensional Homogeneity
1.11. Idealizations In Mechanics
1.12. Calculations Accuracy
1.13. Approaches To Solution
1.14. Summary
Review Questions
Multiple Choice Questions
References
Chapter 2: Dynamics
Unit Introduction
:This comprehensive guide by Dr. Muhammad Abdul Basit explores the fundamental principles of engineering mechanics, crucial for students and professionals in the engineering field. Covering topics from statics and dynamics to mechanical vibrations and virtual work, the book provides a thorough understanding of the behavior of materials and structures. Key concepts such as forces, moments, equilibrium, and the mechanics of materials are detailed, alongside advanced topics like energy methods and mechanical vibrations. The book also addresses applications in structural analysis and machine design, making it a valuable resource for analyzing and solving engineering problems
Saim, A. B. (2024). Engineering mechanics. Burlington: Toronto Academic Press.
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