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Multi Axis Fatigue Test of Lift Axle Assembly through Real Time Simulation Abstract
ISSN: 0148-7191, e-ISSN: 2688-3627
Published September 22, 2021 by SAE International in United States
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This paper discusses the test setup and methodology required to validate complete lift axle assembly for simulating the real time test track data. The correlation of rig vs track is discussed. The approach for reduction of validation time by eliminating few of the non-damaging tracks/events, its correlation with real life condition is discussed, and details are presented.
With increased competition, vehicle development time has reduced drastically in recent past. Bench test procedure using accelerated test cycle discussed in this paper will help to reduce development time and cost. Process briefed in this paper can also be used for similar test specification for other structural parts or complete suspension system of heavy commercial vehicles.
CitationAyyagari, C., Barde, R., Shinde, V., and Kajalkar, A., "Multi Axis Fatigue Test of Lift Axle Assembly through Real Time Simulation Abstract," SAE Technical Paper 2021-26-0486, 2021, https://doi.org/10.4271/2021-26-0486.
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- Knowles , D. Medium Heavy Duty Truck Steering and Suspension Systems
- Keles , T. , Guvene , L. , and Altug , E. ECU Controlled Intelligent Lift Axle Dropping and Lifting System for Heavy Trucks Engineering Science and Technology an International Journal
- Hivarkar , M.S. , Gawande , S. , Tilekar , P. , and Sirsat , S. Design and Analysis of Lift Axle Mechanism for Heavy Load Vehicle International Journal for Scientific Research and Development
- Surce , M.-D. , and Kofi Bonsi , A. The Impact of Lift Axles on Fuel Economy and GHG Emission Reduction