Introduction to Statics and Dynamics – Andy Ruina and Rudra Pratap – 1st Edition

In 1992 we told a textbook sales rep that we didn’t like the Dynamics . She said “Write your own.” Most people said “Don’t write a book. It’s too much work, no- will appreciate it and it will probably lose money.” Saunders contracted the book and then sold it to Oxford. Now it’s ours. Most years we work together for a month or so in Ithaca, Finland, or Bangalore. We re-organized the book 4 or 5 times and added a Statics book because students needed help with vectors and free body diagrams. Various pre-release versions have been used at Cornell and elsewhere about 25 times. It has had about 40 external reviews. The table of contents, preface and introduction show our intentions.

The sections have been divided so that the homework problems selected from one section are usually about half of a typical weekly homework assignment. The theory and examples from one section might be adequately covered in about one lecture, plus or minus.

Part I: Basics for
1 What is mechanics?
2 Vectors: position, force and moment
3 FBDs

Part II: Statics
4 Statics of one object
5 Trusses and frames
6 Transmissions and mechanisms
7 Tension, shear and bending moment
8 Hydrostatics

Part III: Dynamics
9 Dynamics in 1D
10 Vibrations
11 Particles in space
12 Many particles in space
13 Straight line motion
14 Circular motion of a particle
15 Circular motion of a rigid object
16 Planar motion of an object
17 Time-varying basis vectors
18 Constrained particles and rigid objects

A Units and dimensions
B Friction: perspectives on friction laws
C The simplest ODEs and their solutions
D Theorems for

Title: Introduction to Statics and Dynamics
Author: Andy Ruina / Rudra Pratap
Edition: 1st Edition
Type: eBook | Solution Manual
Language: English

No Comments

  • Can you please leave feedback and comments here

    Your opinions and comments would be greatly appreciated. If you have comments or questions we've added this section so that we might have a dialogue with you.

Complete all fields

4 × one =