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Mechanics of Materials™ is
a Maple package that offers solutions to linear
and elastic beam bending problems. Using Maple’s
powerful math engine, problem specifications can
be formulated in numeric or symbolic form, offering
graphical and analytical solutions for beam sections
with up to 100 separate segments. The functions
yield impressive graphics and detailed analytical
solutions, ideal for education and training applications.
The package contains eight functions that perform
various calculations based on the theoretical foundation
of:
- Method of differential equation
integration of linear elastic behavior;
- Improved
theory of S.P.Timoshenko, taking into consideration
shearing deformations for simple bend boundary
conditions and shear angle boundary conditions;
- Winkler
Foundation Model
With Mechanics of Materials, users can generate
graphical representations of beam deformations
and calculate epures of shearing forces and
bending moments,
and more!
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