液力缓速器

液力缓速器恒速控制策略的仿真研究

Simulation Research on Constant Speed Control Strategy of Hydraulic Retarder

叶片不同倾斜方式对液力缓速器缓速性能的影响分析

Performance Analysis of a Hydraulic Retarder with Different Vane Inclinations

重型车与液力缓速器匹配特性的仿真研究

Simulation Study on the Matching Performance of Heavy Vehicle and Hydraulic Retarder

液力缓速器三维数值模拟及性能预测

3D Numerical Simulation and Performance Prediction of Hydraulic Retarder

汽车液力缓速器参数的匹配分析

Analysis of Parameters Match of Automobile Hydraulic Retarder

液力缓速器叶片变角度的缓速性能分析

Performance Analysis for Hydrodynamic Retarder with Different Vanes

基于逆向工程和流场分析的液力缓速器叶轮设计

Design of Impeller of Hydraulic Retarder Based on Reverse Engineering and Flow Field Analysis

不同流道轴面形状的液力缓速器内流场的模拟

Simulation of Inner Flow Field of the of Hydraulic Retarder of Different Channel Section Shape

汽车液力缓速器的原理及应用

Principle and Application of Vehicle Hydraulic Retarder

液力缓速器内流场三维瞬态数值模拟及特性预测

3D Transient Numerical Simulation on Internal Flow Field of A Hydraulic Retarder and Characteristics Prediction

重型车液力缓速器制动性能仿真研究加强供电及重铺电力装置计划

Simulation Study on the Brake Performance of Heavy-duty Vehicle Hydraulic Retarder Electrical Reinforcement and Rewiring Programme

液力缓速器的热负荷特性是设计散热系统的前提。

Research of the thermal load is the premise of the design of the heat-removal system .

液力缓速器与客车安全性能

Retarder-the Key to Coach Safety