Cover image for Computer applications in mechanics of materials using MATLAB
Title:
Computer applications in mechanics of materials using MATLAB
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Publication Information:
Upper Saddle River, NJ : Prentice Hall, 1998
ISBN:
9780137490608
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30000003895111 TA405 T87 1998 Open Access Book Book
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Summary

Summary

Focusing on physical applications in mechanics, the book's goal is to utilize concepts learned in a first-level engineering course to explore the benefits of computer usage in problem solving. *Addresses the important concepts related to solving engineering problems using a computer, the process of decomposing and structuring a problem so its solution can be efficiently implemented using a computer, the usefulness of graphics in the interpretation of results generated by computer analysis, the benefits of learning how to structure a problem to automatically generate the coefficients of a set of simultaneous equations, the use of simple iterative methods to solve complex problems, the need to be aware of the potential for numerical errors which are a result of the numerical solution strategy. *Presents numerous example problems which demonstrate each program. *Includes several thousand lines of carefully structured MATLAB code suitable for detailed study. *Several of the example programs are generalized solutions to important practical applications not presented in traditional texts.


Table of Contents

1 Axially Loaded Systems
Analysis of Two Rods Subjected to Gravity Loading
Analysis of a Two Member Truss
2 Stress and Strain
Plate Analysis Using Hooke's Law
Stresses in the Bolts of a Flange Coupling
3 Statically Indeterminate Systems
Multiple Rods with a Common Load Point
Rigid Bar Suspended by Cables
Axially Loaded Shaft
4 Geometrical Properties of Polygons
Properties of General Areas
Geometrical Properties of Polygons
5 Transformation of Stress and Strain
Transformation of Plane Stress
Transformation of Plane Strain
Strain Rosettes
6 Stresses in Members of Polygonal Cross Section
Moment Angle Required to Induce Maximum Normal Stress
Kern of a Compression Member
Distribution of Shear Stresses Due to Bending
Bending of a Curved Beam with a Polygonal Cross Section
Shear Center for Open Thin-Walled Members
7 Flexural Analysis and Deflection of Beams Using Discontinuity Functions
Review of Discontinuity Functions
Application of Discontinuity Functions to Beams
Approximate Beam Analysis Using Superposition
Analysis of Single Span Beams Using Discontinuity Functions
8 Additional Topics
Stresses in an Eccentric Shear Connection
Combined Axial and Flexural Loading of a Beam Column
Deflection of a Nonhomogeneous Beam Subjected to Axial Loading
Analysis of Pin-Connected Trusses
A: Utility Routines
A System Dependent Plot Save Function
Polygonal Representation of a Circle
Function to Flip Angle Measures
Function for Polygon Clipping
B: Description of MATLAB Commands
C: List of MATLAB Routines with Descriptions
Bibliography
Index