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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 30000003895111 | TA405 T87 1998 | Open Access Book | Book | Searching... |
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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 |