COMPUTER AIDED ENGINEERING (CAE)
At IDC, we specialize in dynamic simulation of rotating equipment and structures, understanding and optimizing their performance. Our refined procedures and cutting-edge methods and software ensure precise and expert analysis, delivering results that meet and exceed client expectations globally.
Solutions we offer in CAE:
- Torsional Vibration Analysis (TVA)
- Pulsation Analysis (API 618)
- Finite Element Analysis
TORSIONAL VIBRATION ANALYSIS
IDC’s torsional studies help prevent downtime by evaluating the performance of the entire rotating driveline, including couplings, dampers, shafts, and other system components. Our standard turnaround time for an analysis is 10 days from receipt of all information. IDC will assist in correcting any torsional vibration issues. TorSim is IDC’s in-house developed software used for conducting torsional vibration analysis on the rotating components we analyze. We continually revise TorSim based on data acquired from on-site tests. Proactive analysis will identify potential failures on components such as couplings, dampers, shafts, and other system components during operation. An IDC Torsional Vibration Analysis (TVA) provides the following:
A coupling selection based on installation specific dynamic response
Solutions to torsional vibration related package failures
A report which meets Marine Classification Society or API requirements
Peace of mind knowing that your system is free of damaging torsional vibrations
FINITE ELEMENT ANALYSIS
Through many years of experience, IDC has developed procedures and processes for handling multiple types of analyses that improve the quality of equipment and structures. Using state-of-the art FEM-based software packages, IDC undertakes projects from clients all over the world.
