Virtual Prototype Design and Dynamic Simulation of High-Dump Truck Based on ADAMS

Xu Rong Li; Ding Xin Yuan

doi:10.4028/www.scientific.net/AMR.189-193.1882

Paper Titles

Laser Anneal-Induced Effects on the NBTI Degradation of Advanced-Process 45nm High-K PMOS
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Research on Performance Characteristic of Novel Fomichev Plug Used in Julong-Type Piercer
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Study on the Burning Characteristics of Poor-Quality Anthracite in Supercritical W-Shaped Flame Boiler
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Optimization Technique for Neural Network-Based Error Compensation in CNC Machining
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Virtual Prototype Design and Dynamic Simulation of High-Dump Truck Based on ADAMS
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Corrected Diffusion Model of Chloride in Concrete and its Engineering Application
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The Thermal Response Investigation of Functionally Graded Material Plates
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Coupled-Field Analysis of the Compliant Slider Mechanism with Rectangle Flexure Hinges Based on ANSYS
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Influence of Guide Disc Postposition on Rolling Process of Accu-Roll Mill
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 189-193Virtual Prototype Design and Dynamic Simulation of...

Virtual Prototype Design and Dynamic Simulation of High-Dump Truck Based on ADAMS

Abstract:

The paper sets up a virtual prototye modeling for a high-dump truck and has dynamic simulation for this modeling.At the same time,it analyses the related results.The high-dump truck adopts the scissor lifting mechanism to upgrade the compartment smoothly. The lifting mechanism and the median installation of fuel tank in the flip institutions are novel. The simulation analysis results of ADAMS confirm the feasibility of this design and make some proposal for the rationality of the median installation of fuel tank.