Optimization of Proving Ground Durability Test Sequence Based on Relative Damage Spectrum

Paper #:
  • 2018-01-0101

Published:
  • 2018-04-03
Abstract:
In competitive vehicle market, the product must be designed and validated in shorter time span without compromising the quality. The durability of the vehicle is tested either by on road trials undertaken at the actual customer supplication sites for large time period or in the accelerated rough surfaces called “Proving ground” to validate in shorter time span. Accelerated proving ground durability testing plays a vital role in enabling shorter product development cycles. It is imperative to simulate the actual field condition onto the test vehicle during testing at proving ground (PG) such that it replicates the same damage that occurs in the field. PG validation requires a specific durability test sequence for every segment of commercial vehicles due to different customer usage applications and terrain conditions. This diversity in applications and terrains induce structural damage at different range of frequencies. Hence the PG test sequence must be optimal enough such that it includes all the range of frequencies representing the actual customer load spectra. For building the optimized test schedule, frequency based pseudo damage methodology called Relative Damage Spectrum (RDS) is incorporated. This method enhances the proving ground durability validation process by providing optimized test schedules to prevent redundant vehicle testing. In future, this work can be used to model the real customer load spectra for virtual validation.
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