Engineering Mechanics

Engineering Mechanics
Author: Knowledge Flow
Publisher: Knowledge Flow
Total Pages: 82
Release: 2014-11-08
Genre: Technology & Engineering
ISBN:

Engineering Mechanics is the field of science that deals with the action of objects either static or dynamic, under the control of forces. Engineering mechanics engages the application of the principles of mechanics to expose the real-time engineering problems. The objective of Engineering Mechanics book is shown the problems in mechanics as applied to possibly real-world situations. The book of Engineering Mechanics covers depth explanations on mechanics problems. It explains the rest and in motion mechanisms with the use of scalar method and the SI Units are explained throughout the book. The topics of the book include introduction, laws of mechanics, various forces, center of gravity, moment of inertia and more.

Engineering Mechanics

Engineering Mechanics
Author: J. L. Meriam
Publisher: Wiley
Total Pages: 0
Release: 2010-01-05
Genre: Technology & Engineering
ISBN: 9780470499771

SAVES YOUR STUDENT MONEY! SAVES YOUR STUDENTS MONEY! Provides a wide variety of high quality problems that are known for their accuracy, realism, applications, and variety. Students benefit from realistic applications that motivate their desire to learn and develop their problem solving skills. Sample Problems with a worked solution step appear throughout providing examples and reinforcing important concepts and idea in engineering mechanics Introductory Problems are simple, uncomplicated problems designed to help students gain confidence with a new topic. These appear in the problem sets following the Sample Problems. Representative Problems are more challenging than Introductory Problems but are of average difficulty and length. These appear in the problem sets following the Sample Problems. Computer-Oriented Problems are marked with an icon and appear in the end-of-chapter Review Problems. Review Problems appear at the end of chapter. Offers comprehensive coverage of how to draw free body diagrams. Through text discussion and assignable homework problems students will learn that drawing free body diagrams is the most important skill needed to learn how to solve mechanics problems. Meriam and Kraige teach students the appropriate techniques and then apply them consistently in solutions of mechanics problems. SI Units are covered. There are approximately two problems in SI units for every one in U.S. customary units. A tradition of excellence. Since 1952 this text has been a primary source for accuracy, rigor, clarity and a high standard of illustration in the coverage of mechanics theory.

Engineering Mechanics:

Engineering Mechanics:
Author: Jaget babu
Publisher: Pearson Education India
Total Pages: 949
Release: 2012
Genre:
ISBN: 9332509743

With a clear writing style, comprehensive coverage and a variety of solved problems, Engineering Mechanics is a complete guide to students of engineering mechanics. The book uses both the scalar and vector approaches in explaining core concepts, which are preceded by a practical example. A large number of worked-out examples as well as numerous review questions and practice problems at the end of every chapter aid in the understanding and retention.

Lectures on Engineering Mechanics

Lectures on Engineering Mechanics
Author: Stefan Lindström
Publisher: Lindström, Stefan
Total Pages: 156
Release: 2019-06-29
Genre: Technology & Engineering
ISBN: 9198128744

Lectures on Engineering Mechanics: Statics and Dynamics is suitable for Bachelor's level education at schools of engineering with an academic profile. It gives a concise and formal account of the theoretical framework of elementary Engineering Mechanics. A distinguishing feature of this textbook is that its content is consistently structured into postulates, definitions and theorems, with rigorous derivations. The reader finds support in a wealth of illustrations and a cross-reference for each deduction. This textbook underscores the importance of properly drawn free-body diagrams to enhance the problem-solving skills of students. Table of contents I. STATICS . . . 1. Introduction . . . 2. Force-couple systems . . . 3. Static equilibrium . . . 4. Center of mass . . . 5. Distributed and internal forces . . . 6. Friction II. PARTICLE DYNAMICS . . . 7. Planar kinematics of particles . . . 8. Kinetics of particles . . . 9. Work-energy method for particles . . . 10. Momentum and angular momentum of particles . . . 11. Harmonic oscillators III. RIGID BODY DYNAMICS . . . 12. Planar kinematics of rigid bodies . . . 13. Planar kinetics of rigid bodies . . . 14. Work-energy method for rigid bodies . . . 15. Impulse relations for rigid bodies . . . 16. Three-dimensional kinematics of rigid bodies . . . 17. Three-dimensional kinetics of rigid bodies APPENDIX . . . A. Selected mathematics . . . B. Quantity, unit and dimension . . . C. Tables