1.
Powertrain Parameter Optimization of the Parallel Hybrid Electric Vehicle
并联式混合动力汽车传动系参数优化
2.
Study on SC6350C Driveline Torsional Vibration;
SC6350C汽车传动系统扭振研究
3.
Modeling and Simulation of Hybrid Electric Vehicle Transmission System;
混合动力电动汽车传动系的建模与仿真
4.
Propulsion System Matching and Drive Optimization of Micro-electric Vehicle
微型电动汽车传动系统匹配及驱动优化研究
5.
Modeling and Optimal Control of Hybrid Electric Vehicle Transmission System;
混合动力汽车传动系统模型化及优化控制
6.
Research on Torsion Vibration of Vehicle Drivelines Concerning the Jointing of Frictional Clutch;
离合器接合过程中的汽车传动系扭转振动研究
7.
Simulation Research on Parameters Optimization of the Electric Vehicle Powertrain
纯电动汽车传动系统参数优化的仿真研究
8.
Research progress on a super-mild hybrid transmission system
超轻度混合动力汽车传动系统的研究进展
9.
Random torsional vibration of automobile power train under excitation of road surface
路面激励下汽车传动系统的随机扭转振动分析
10.
Research of Two-joint-segment Transmssion Shaft Automobiles Dynamic Balancer Test System;
汽车双联传动轴动平衡测试系统研究
11.
Optimization and Matching for Heavy-duty Truck Powertrain
重型载货汽车动力传动系统匹配优化
12.
Research on Optimization and Simulation Design of Automatic Transmission
汽车动力传动系参数的优化仿真研究
13.
The transmission system is installed between the engine and driving wheels.
汽车的传动系位于发动机和驱动轮之间。
14.
Research and Development of Control System for Hybrid Electric Vehicle Powertrain;
混合动力汽车动力传动控制系统的研究与开发
15.
Study on the Key Problems of Torsional Vibration Modeling of Automobile Powertrain;
汽车动力传动系扭转振动建模的关键问题研究
16.
The crankshaft is thus made to rotate; the rotary motion is carried through the power train to the car wheels so that they rotate and the car moves.
曲轴转动,动力传动系统将发动机的转动运动传给汽车车轮,从而使车轮及整车转动起来。
17.
A Study on Powertrain Matching of LDT under the Constraint of Exhaust Emission;
基于排放约束的轻型载货汽车动力传动系匹配
18.
Dynamical Analysis and Modeling of Single-Loop System for Parallel Hybrid Electric Vehicle;
并联混合动力汽车环路传动系的建模与仿真