Mechanics of Material Forces

Designed as a revision aid, this text text covers a large part of material for first-year civil engineering courses at universities and polytechnics. Topics include equilibrium of rigid structures, shearing forces and bending moments, various forms of stress, such as direct, bending, shear, torsional and their combinations, beam deflections and rotations, strain energy and virtual work. Each chapter gives a summary of essential facts and fully worked out to solutions to examination-type questions. There are also sections containing self-test problems and answers.

by Sharad Manohar (Author), Suhasini Madhekar (Author)
Provides a lucid explanation of basic principles of Structural Dynamics in a user friendly language
Presents several examples in each key area including midrise and high-rise buildings, masonry structures, techniques of base isolation, etc.
Explains the use of theoretical concepts in practical design to enable quicker understanding
Includes limit-state design of reinforced brick masonry
Covers the basic approach to the design of base isolated buildings

Vibrations

Learn the Building Blocks for a Career in Robotics. Gain experience programming robots to perform in situations and for use in crisis management.

The text provides the following:Guidance in building of physical and mathematical models. Numerical examples for each of the equations derived numbering more than 100. Sketches and illustrations numbering more than 200. Solved problems to highlight whole spectrum of applications numbering more than 400. Objective questions for self evaluation numbering more than 700. Graded problems for exercise mostly with answers, numbering more than 450.Stress on validation of numerical results by counter checking.

The Study of Objects in Equilibrium

29 Hours Detailed Course Especially Designed for Automotive and Processing Engineers with the Understanding of CFD.

From Novice to Pro: FEA Proficiency Unleashed