EVENTS
Multiple Degree of Freedom Shaker Systems
Join Vic Myers Associates in partnership with TEAM Corporation as we discuss “An Introduction to Multiple Degree of Freedom (M-DoF) Shakers and Multi-Axis Test Systems.”
Abstract: Why M-DoF? Replicating real world excitations in the lab helps identify potentially new
failure modes, it can be a more accurate representation for drive input and higher fidelity testing leads to better product design and ultimately results in savings (cost, weight, etc.)
Webinar Agenda Items:
Why M-DoF
Test Method Comparison
System Design
CUBE System
TENSOR System
Method of Control
Multiple Degree of Freedom Shaker Systems
Join Vic Myers Associates in partnership with TEAM Corporation as we discuss “An Introduction to Multiple Degree of Freedom (M-DoF) Shakers and Multi-Axis Test Systems.”
Abstract: Why M-DoF? Replicating real world excitations in the lab helps identify potentially new
failure modes, it can be a more accurate representation for drive input and higher fidelity testing leads to better product design and ultimately results in savings (cost, weight, etc.)
Webinar Agenda Items:
Why M-DoF
Test Method Comparison
System Design
CUBE System
TENSOR System
Method of Control
Multiple Degree of Freedom Shaker Systems
Join Vic Myers Associates in partnership with TEAM Corporation as we discuss “An Introduction to Multiple Degree of Freedom (M-DoF) Shakers and Multi-Axis Test Systems.”
Abstract: Why M-DoF? Replicating real world excitations in the lab helps identify potentially new
failure modes, it can be a more accurate representation for drive input and higher fidelity testing leads to better product design and ultimately results in savings (cost, weight, etc.)
Webinar Agenda Items:
Why M-DoF
Test Method Comparison
System Design
CUBE System
TENSOR System
Method of Control
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