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The objective of this
course is for attendees to develop significant expertise in the use of ANSYS
Workbench for dynamic analysis over a wide range of applications. The course
emphasizes linear dynamic analysis, although it has one chapter and one
workshop on nonlinear transient dynamic analysis. DRD collaborated with one
of its customers, a large defense electronics firm, to develop this course.
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The course
de-emphasizes theory of dynamics and emphasizes good ANSYS modeling
practices and verification of correct answers. DRD recommends using
closed form equations based on solutions to single degree of freedom
models to verify solutions to complex multiple degree of freedom models.
In the course students use hand calculations to check solutions to
normal models, random vibration, response spectrum, and half sine shock
models.
The course includes 13 workshops in which the students use techniques
covered in the course to solve real-world problems. All of the workshops
are based on actual problems that DRD has solved for customers on a
consulting or technical support basis. Four of the workshops have minimal instruction so that students can
begin testing their skills under the supervision of an instructor during the
course. |
Prerequisites for this
course are DRD’s Introduction to Mechanical and DesignModeler courses in
addition to practice gaining proficiency with Workbench Simulation. DRD
recommends that students who do not have these prerequisites delay attending
the course until they attain them. This is a challenging course for
proficient users |