## Mechanics of Materials Companion: Case Studies, Design, and RetrofitCase histories--Work with real world engineering problems while learning about engineering history. * Design and Retrofit--Multistep, synthesis approach to problem solving. * Suitable as a companion for any textbook--All chapters are based on general concepts. |

### From inside the book

Results 1-3 of 9

Page 25

The spring compresses (or elongates) by some amount 5 when

pulled). If the load is applied very slowly (static case), then the deformation is

computed from Eq. 2.1. What if you suddenly push or pull on that spring? The

spring ...

The spring compresses (or elongates) by some amount 5 when

**compressed**(orpulled). If the load is applied very slowly (static case), then the deformation is

computed from Eq. 2.1. What if you suddenly push or pull on that spring? The

spring ...

Page 39

The spring is now

assembly. To keep the top assembly from falling through to the bottom, a cotter

pin (see Fig. 2.14) is inserted just below the short beam where the pedals sit.

The spring is now

**compressed**. Aha! The bottom rod guides the sliding of the topassembly. To keep the top assembly from falling through to the bottom, a cotter

pin (see Fig. 2.14) is inserted just below the short beam where the pedals sit.

Page 56

Calculate the moment of inertia about the n.a. .Ycentroid Izcentroid = I (Iz0 + A d2

) zcentroid flange - web = 101.55 in4 6. Determine the bending stress. tension

here =

Calculate the moment of inertia about the n.a. .Ycentroid Izcentroid = I (Iz0 + A d2

) zcentroid flange - web = 101.55 in4 6. Determine the bending stress. tension

here =

**compression**here Is A36 steel sufficient? 3.2 FORM AND FUNCTION: A ...### What people are saying - Write a review

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### Contents

FUNDAMENTALS OF STRENGTH OF MATERIALS | 1 |

AXIAL LOAD AND TORSION | 23 |

BENDING STRESS | 47 |

Copyright | |

6 other sections not shown

### Common terms and phrases

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