1.
A Study of High Pressure Water Jet Cutting Device and Cutting Test
高压水射流切割装置和切割试验研究
2.
Study on the Design of Numerical Controller for Super High-Pressure Water-jet Cutter;
数控高压水射流切割机的研究与设计
3.
Research on Experimental Performances of the Cutting and Extinguishing Equipment Based-on High-pressure Water-jet
高压水射流切割灭火装备的试验研究
4.
Analysis of Influencing Factors on Water Jet Performance and WJ System Design
高压水射流切割特性影响因素分析及系统设计
5.
Research on Robot Off-line Programming System for High-pressure Water-jet Cutting
高压水射流切割机器人离线编程系统研究
6.
The Flaw Characteristic Analyse of Abrasive-liquid Device Sealed Sheath of High Pressure Water Jet System
高压水射流切割系统流化器密封套筒的裂纹特性分析
7.
Application of expert system in fault diagnosis of water Jet cutting mach
专家系统在超高压水射流切割机故障诊断中的应用
8.
The Design of the Control System for ZCSD Super High-pressure Water-jet Cutter;
ZCSD万能数控高压水射流切割机床控制软件系统设计与应用
9.
Numerical Simulation Study on Structure Design and Parameters Optimization of High Pressure Water Jet Cutting Nozzle
高压水射流切割喷嘴的结构设计和参数优化数值模拟研究
10.
Experimental Research on Cutting Quality Generated by Ultra High Pressure Abrasive Waterjet
超高压磨料水射流切割质量的实验研究
11.
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
12.
Experimental study on cutting performance by of ultrahigh pressure abrasive waterjet in submerged environment
淹没状态下超高压磨料水射流切割实验研究
13.
Flow Field Analysis on High Pressure Abrasive Water Jet Cutting Nozzle and Optimization on Parameters of Nozzle;
高压磨料水射流切割喷嘴流场分析及结构参数优化研究
14.
The paper introduces the work principle, characteristic and purpose of the ultrahigh pressure abrasive waterjet cutting equipment.
本文介绍了超高压力磨料水射流切割机的工作原理、特性和用途。
15.
Fuzzy Modeling and Experiment Research on AWJ Cutting under the High Confining Pressure;
高围压下磨料水射流切割的模糊建模和实验研究
16.
Abrasive Water-Jet Technology Studying and Its Application Project in Finishing;
超高压磨料水射流切割技术研究及其在光整加工中的应用方案
17.
Experimental research of ultra-high pressure abrasive waterjet cutting rock in submerged environment
淹没条件下超高压磨料水射流切割岩石的实验研究
18.
Cutting Experimental Research of Ultrahigh Pressure Rear-mixed Abrasive Waterjet in Submerged Environment
基于淹没环境的超高压后混合磨料水射流切割试验研究