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Analysis and Design of Elastic Beams
Computational Methods
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Thin-Walled Beam
Download:
Windows Version
Unix Version |
The program ThinWall (TWB) corresponds to the
theories developed in the book Analysis and Design of Elastic Beams,
Computational Methods. With stress resultants of a beam
specified, ThinWall calculates the cross-sectional properties and stresses
in thin-walled beam cross sections. These properties include moments
of inertia, shear coefficients, torsional constants, and warping
constants. The shape of the cross section is characterized using
NURBS. The Windows version runs through the dos interface, and can be used as an
engine. Example data files and manual are included.
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Beam
Download:
Windows Version
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BEAM calculates the deflection, slope, bending
moment and shear force of beams for static and steady state
conditions. The critical axial load and mode shape are found for
stability; natural frequencies and mode shapes are computed for free
transverse vibrations. This program runs through the dos interface.
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Beam Stress
Download:
Windows Version
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Beam Stress calculates the cross-sectional
properties, and normal and shear stresses on the cross section of a bar of
any shape. The stresses include bending stress, shear stress due to
torsion and warping, shear stress due to transverse loads, and normal
stress due to warping. This program runs through the dos interface.
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Donation:
A donation would be appreciated. This is not a non-taxable contribution. This donation should be sent to:
Bio and Computational Mechanics
Virginia Engineering Foundation
P.O. Box 400256
Charlottesville, VA 22904-4256
Disclaimer:
The programs, documentation, and other material are supplied without any representation or warranty of any kind. We therefore assume no responsibility and shall have no liability of any kind arising from the supply or use of these items.
Technical Support:
Email questions to wdp@virginia.edu.
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