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Development and Validation of Chassis Mounted Platform Design for Heavy Vehicles

机译：重型车辆底盘安装平台设计的开发与验证

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Vikas R. Deulgaonkar; Ashok G. Matani;
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年度 2015
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1. Design, Development, and Validation of a Vehicle-mounted Hydraulically-leveled Platform [J] . K. Senthilkumar, M. Chidanand, P. Nijalingappa, Defence Science Journal . 2010,第2期

机译：车载液压调平平台的设计，开发与验证
2. Design, Development, and Validation of a Vehicle-mounted Hydraulically-leveled Platform [J] . K. Senthilkumar, M. Chidanand, Manish M. Shivhare, Defence science journal . 2010,第2期

机译：车载液压调平平台的设计，开发与验证
3. EXPERIMENTAL INVESTIGATION OF A INIMITABLE PLATFORM ON HEAVY VEHICLE CHASSIS [J] . DEULGAONKAR VIKAS RADHAKRISHNA, MATANI ASHOK GURMUKHDAS International journal of automobile engineering research and development . 2015,第5期

机译：重型汽车底盘上可仿制平台的实验研究
4. Development of a chassis mounted multi stage axial flow turbine for wind energy harvesting on a cruising transport vehicle -A CFD based approach [C] . Shreyas S Hegde, Anand Thamban, Arham Ahmed, ASME international conference on energy sustainability . 2016

机译：开发一种安装在底盘上的多级轴流涡轮机，用于在巡航运输车辆上收集风能-基于CFD的方法
5. Development of a heavy-duty vehicle chassis dynamometer test route. [D] . Daley, James Joseph. 1998

机译：开发重型车辆底盘测功机测试路线。
6. Multi-Objective Evolutionary Design of an Electric Vehicle Chassis [O] . Pablo Luque, Daniel A. Mántaras, Álvaro Maradona, 2020

机译：电动汽车底盘的多目标进化设计
7. Design of heavy vehicle chassis [O] . Herman Tomáš 2016

机译：重型汽车底盘设计
8. Heavy-Duty Diesel Vehicle Inspection and Maintenance Study. Volume 1. Summary Report; Volume 2. Quantifying the Problem; Volume 3. Development and Validation of I/M (Inspection and Maintenance) Test Procedures; Volume 4. I/M Program Design and Cost-Effectiveness Analysis [R] . Weaver, C. S. , Klausmeier, R. F. 1988

机译：重型柴油车检查和维护研究。第1卷。总结报告;第2卷。量化问题;第3卷.I / m（检查和维护）测试程序的开发和验证;第4卷.I / m程序设计和成本效益分析

Development and Validation of Chassis Mounted Platform Design for Heavy Vehicles

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