waterjet

Design of Fuzzy Control System of Marine Waterjet Apparatus

船舶喷水推进装置模糊控制系统的设计

Mathematical Modeling of Marine Waterjet Propulsion System and Simulation Research on Transient Process

舰船喷水推进系统数学建模及动态工况仿真研究

The Design of Numerical Control System for Waterjet Cutting Machine Tools

水射流切割机床数控系统的设计

Study of the influence of the nozzle structure on Waterjet characteristics

喷嘴结构对高压射流特性影响研究

The application of the super high pressure waterjet technology in surface preparation

超高压水喷射技术在表面预处理中的应用

Cutting Depth Model of Abrasive Waterjet Based on Neural Network Algorithm

磨料水射流切割深度的神经网络模型

Basic Study on the Theory and Technology of High-pressure Waterjet Machining

高压水射流加工理论与技术基础研究

The Research and Design of the High-pressure Waterjet Cutting System

高压水射流切割系统的研究与设计

Development of Waterjet Cutting Technique and its Applications in Aerospace Industry

水射流切割技术的发展及其在航空航天工业中的应用

Numerical simulation of sand washing with high pressure waterjet in horizontal well

水平井段高压水射流冲砂洗井数值模拟研究

A Method for Improving Process Efficiency of Engineering Ceramics by Abrasive Waterjet

磨料水射流提高加工工程陶瓷效率试验研究

Erosion Performance Experimental Research of Submerged Abrasive Waterjet Based on Orthogonal Experimental Method

基于正交实验法的淹没磨料射流冲蚀性能实验研究

Abrasive waterjet erosion index based on the relative strength theory

基于相对强度理论的磨料射流冲蚀判据

Applications and prospects of high pressure waterjet in Nonferrous Metals Industry

高压水射流技术在有色金属工业中的应用及前景

A waterjet numeric control CAD / CAM system based on Auto CAD

基于AUTOCAD的水射流数控CAD/CAM系统

An experimental study on ultrahigh pressure abrasive waterjet cutting system

超高压磨料水射流切割系统试验研究

Artificial Neural Network Model of Abrasive Waterjet Cutting Process

基于人工神经网络的磨料水射流切割加工模型

Study on Surface Quality of Ceramics Cut by Abrasive Waterjet

磨料水射流切割陶瓷材料的加工表面质量研究

Application and analysis of waterjet propulsion technology in modern warships

喷水推进在现代舰艇的应用分析

Study on the Applications of Waterjet Technology

水射流技术的应用研究

Research on Simulation of Marine Waterjet Propulsion System Based on MATLAB / SIMULINK

基于MATLAB/SIMULINK的船舶喷水推进仿真研究

There are many influence factors in submerged abrasive waterjet erosion performance .

影响淹没磨料射流冲蚀性能的因素很多。

Research on Detecting the Depth of Waterjet Perforation Based on Hall Sensing Technology

基于霍尔传感技术的水力深穿透射孔深度检测的研究

Experimental Research of Metal Material in Submerged Abrasive Waterjet Cutting

淹没磨料射流切割金属材料特性分析

Experimental study on effect of submerged abrasive waterjet on cutting efficiency of metal material

淹没磨料射流对金属材料切割性能影响的实验研究

New Cutting Method & Waterjet Plasma Arc Cutting

切割新方法&水射流式等离子弧切割

Formulating of the Standard Ultra High Pressure Waterjet Cutting Machine

《超高压水切割机》标准的制定

Application study on ultrahigh pressure abrasive waterjet cutting equipment

超高压力磨料水射流切割机的应用研究

Research on designing of cavitation monitoring project in waterjet propulsion

喷水推进器空化监测方案的设计研究

Key technological problems about waterjet propulsion are proposed .

探讨了喷水推进的关键技术。