CFD Simulation and Study of Air Pump Loss on Two Kinds of Retarders with Different Turbulent Structures

Zhen Chuan Song; Hui Yuan Li; Chao Wu

doi:10.4028/www.scientific.net/AMM.620.3

Paper Titles

Preface, Committees and Sponsors

CFD Simulation and Study of Air Pump Loss on Two Kinds of Retarders with Different Turbulent Structures
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Study on a Flutter Stability Control Measure of Fabricated Steel Truss Bridge
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Thermo-Structural Coupling Numerical Analysis of Rectangular Vessel
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A New Redundant-DOF Wearable Master Device with Force Feedback
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Finite Element Analysis of Two Wheels Scooter Based on Solidworks
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Designing and Simulating a Mechatronic Inerter
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Analysis, Design and Simulation of Transmission System in a Mini Vehicle Weapon System (Unmanned Ground Vehicle)
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Prediction of the Development of Non-Equilibrium Turbulent Boundary Layers Based on Modified Log-Wake Law
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 620CFD Simulation and Study of Air Pump Loss on Two...

CFD Simulation and Study of Air Pump Loss on Two Kinds of Retarders with Different Turbulent Structures

Abstract:

Bench test and computational fluid dynamics (CFD ) simulation of the air pump loss on the 380 hydraulic retarder are completed in this paper . It turns out that the CFD simulation has nice reliability from the contrast of the air pump loss between the test and the simulation . And on this foundation , CFD simulation of two kinds of retarders with different turbulent structures is done . The contrast of the results of the simulation give the effects of different turbulent structures on cutting down the are pump loss .