Transient Stress
(Direct Integration)
Linear transient stress (direct integration) analysis is used to
analyze events with known time-varying loads, small displacement and
linear material models.
As with transient stress (modal superposition), engineers can produce
the dynamic response of a structure subjected to time-varying loads, and ground acceleration
components can be added in any or all three global directions to
determine the dynamic response.
TYPICAL APPLICATIONS
- Annealing
- Conveyor design
- Filtering equipment design
- Ground motion excitement
- Impact analysis
- Infrastructure design
- MEMS (Micro Electro Mechanical Systems) design
- Payload vibration
- Piping system analysis
- Pump/compressor design
- Quenching
- Railcar design
- Rotational imbalance
- Structural integrity verification
- Transmission tower design
- Uniform Building Code (UBC) validation
- Wind load simulation
|
|
