1.
This paper puts forward a new method of determining the greatest no_ load flow rate for servo valve, selecting effective area and defining flow rate for a pump according to load locus.
给出了根据负载轨迹确定伺服阀的最大空载流量、缸的有效面积以及油泵流量的方法。
2.
Study on Trajectory and Vibration Control of a Dual-manipulator System Handling a Flexible Payload
机械臂协调操作柔性负载系统轨迹与振动控制方法研究
3.
Development of the Simulation System for Navigation Carrier Track;
导航载体轨迹仿真系统的研究与开发
4.
Numerical Simulation of Trajectory of Missile Separated from UAV
无人机机载导弹分离轨迹的数值仿真
5.
Optimization and Coordination of Fault-driven Load Shedding and Trajectory-driven Load Shedding
故障驱动切负荷和轨迹驱动切负荷的协调优化
6.
A Method of Parameter Range Adjustment in Load Parameter Identification Based on the Trajectory Sensitivity
基于轨迹灵敏度的负荷参数辨识范围调整方法
7.
Research on Adaptive Control of Loaders in Digging;
装载机铲掘作业轨迹的自适应控制仿真研究
8.
Simulation Study on Adaptive Control for Manipulator of Wheel Loaders
装载机工作装置轨迹的自适应控制仿真研究
9.
Optimization of loading trajectoryin stretch wrap forming process for aircraft skin
基于拉包工艺的飞机蒙皮加载轨迹优化研究
10.
Design and optimization of the loading trajectory in aircraft skin drape forming process
飞机蒙皮包覆拉伸成形加载轨迹设计优化方法
11.
Reentry Trajectory Optimization for Manned Deep Space Exploration
载人航天器深空飞行返回再入轨迹优化
12.
Design and implementation of software platform for simulating carrier trajectory
载体轨迹仿真器软件平台的设计与实现
13.
Life Traces of the Baiji Adherents in the Tang Dynasty Described in the Tablet Inscriptions--A Co-discussion on the Relics of the Baiji Adherents
入乡随俗:墓志所载入唐百济遗民的生活轨迹——兼论百济遗民遗迹
14.
A Study on Load Simulation of Traction Motor of Railway Vehicle
轨道车辆牵引电机负载模拟控制的研究
15.
Influence of cooling on the infrared radiant track along meridian courses over human body surface
冷负荷对人体体表循经红外辐射轨迹影响的初步观察
16.
Error Estimate of Arc-Path Chamfering of Gear Shaper Cutter and Determination of Optimum Arc Path
插齿刀圆弧轨迹负倒棱误差分析及最优圆弧确定
17.
Study on the Resources Variety Track and Ecological Carrying Capacity on Lan Tian Area in the Last 30 Years;
蓝田地区30年来资源变化轨迹与生态承载力评估
18.
Research on Trajectory Planning of Free-Floating Space Robot with Vehicle Attitude Zero-Disturbance;
自由漂浮空间机器人载体姿态无扰的轨迹规划研究