CAEfatigue TIME Package
Making the impossible possible
CAEfatigue radically changes the available capabilities that companies can use to do Frequency Domain analysis.
Ford Motor Company
Learn how Ford Motor Company applied a new spot and seam weld fatigue analysis method.
Fiat Chrysler Automobiles
Simplified duty cycle on the lower control arm; a new simulation technique developed in partnership: FCA & CAEfatigue Ltd.
OHB SE
CAEfatigue helps OHB SE develop new satellite payload designs by utilizing next-generation collision detection technology.
Navistar, Inc. Solver-Embedded Fatigue
Combining stress analysis and secondary fatigue analysis into one solver-embedded fatigue analysis task.
Hero Motor Corp.
Learn how Hero uses CAEfatigue to simulate and predict proving ground testing loads of next generation motorcycles.
Time Domain Fatigue Analysis
CAEfatigue is designed to provide basic fatigue analysis tools for the linear static superposition approach, the modal participation factor approach and the direct stress recovery method. This TIME package is intended to provide a vast improvement in the analysis process for conventional static superposition analysis, modal participation factor (dynamic transient) analysis and direct stress recovery analysis. The TIME package uses state of the art software development tools and algorithms to deliver a fatigue solver with superior speed and accuracy. Coupling time domain tools with frequency domain tools provides Customers with a complete time and frequency domain analysis package that surpasses the performance and accuracy needs of our users.
Load Scheduler Toolset
CAEfatigue provide a Load Scheduler toolset that allows the User to create unique time based loading profiles from a simple deterministic time signal channel to complicated multi-event, multi-channel loading sequences. Existing RPC, CSV, DAC files can be manipulated / augmented and exported as unique loading event sets.
