Durability testing is a testing type applied to components to determine their expected life. In another saying, it is a performance testing technique which is used to determine the characteristics of a system or product under various load conditions over time. Real forces and motions that are collected from a system level can be re-generated and applied to the component to replicate its in-service conditions. Durability tests are required to validate product design in terms of design life.
- Up to 50 Hz test frequency range in durability tests
- Up to ±50 kN force range capacity
- Up to ±75 mm displacement range capacity
- Translational or rotational directions
- Uni-axial durbility test bench
- Tri-axial translational test bench
- Multi-axis bushing durability test bench
- Sinusoidal durability tests
- Advanced peak-valley compansation algorithm
- Advanced amplitude-phase compansation algorithm
- Trend monitoring from force and/or displacement responses
- RLD durability tests
- Single axis
- Multi-axis
- Road load data type based force response
- Road load data type based displacement response
- Calculating drive file using MTS-cRPC software by iterations
- Experience in preparing accelerated response from raw RLD’s.
- Experience in life prediction from response signal using FEA tools
- Trend monitoring from force and/or displacement responses
