In this webinar, ATA Engineering provides an in-depth technical comparison of traditional Harmonic and Random Response solvers alongside the newer Sine Base Excitation and Random Base Excitation solvers available in Siemens Simcenter 3D Response Dynamics.
Simcenter 3D Response Dynamics offers an interactive graphical user interface that simplifies the setup, execution, and postprocessing of load cases – enabling engineers to efficiently evaluate the dynamic response of complex structures.
This session focuses specifically on base excitation analyses, comparing two groups of response dynamics solvers and outlining when each approach is most appropriate. Using the iSat model as a realistic spacecraft example, this tutorial demonstrates solver applicability across a range of real-world scenarios commonly encountered in aerospace and structural dynamics applications.
Whether you’re refining your solver selection process or expanding your understanding of response dynamics workflows, this webinar offers valuable insight into applying the right tools for the job.
Watch the on-demand webinar:
About the Speaker
Wesley Scott
Project Engineer, ATA Engineering
Wesley Scott is a project engineer with over seven years of experience using Siemens Simcenter 3D for structural and dynamic analysis. His work focuses on building accurate finite element models to perform a variety of analyses and providing solutions to aid critical design decisions, supporting a variety of aerospace applications throughout the industry. Wesley holds both a Bachelor of Science and a Master of Science in Engineering Mechanics from the University of Wisconsin–Madison.