基本释义:

带极堆焊

网络释义

1)strip surfacing,带极堆焊

2)strip cladding,带极堆焊

3)strip overlay welding,带极堆焊

4)band electrode surfacing with metal powder addition,加粉带极堆焊

5)strip electrode electroslag surfacing,带极电渣堆焊

6)high-speed strip overlay welding,高速带极堆焊

用法和例句

Magnetism conduct principle of trip surfacing was researched by simulating band electrode weld penetration state, analyzing the response of band electrode electric current to control magnetic field existence, the intensity, and the location conversion, and applying electronic techniques theory to analyze strip surfacing penetration control technique.

利用模拟带极堆焊状态下带极电流对控制磁场存在与否及强度、位置变化的反应,应用电工学原理分析带极堆焊磁控技术。

In order to improve the productivity, strip surfacing with higher welding currents and wider strips are adopted, which leaded to poor bead characteristics usually.

带极堆焊中 ,为提高生产效率多采用宽带极、大电流 ,因而容易引起焊道成形不良。

And presents two overlay welding processes using strip to obtain a clad material: submerged (?)are strip cladding (SAC) and electric slag strip cladding (ESC).

而且也给出了获得堆焊材料的两种带极堆焊工艺:一种是埋弧带极堆焊(SAC);另一种是电渣带极堆焊工艺(ESC)。

The paper describes strip cladding of dual phase steel,and maily tests cooling method s effect on the performance after weld.

介绍双相钢的带极堆焊,主要试验焊后冷却方式对性能的影响。

Using a microcomputer controlled strip overlay welding equipments the weldingprocess and the method of quality controlling of the weld are investigated for the electro-slagoverlay welding(ESW)with a strip of 75 mm×0.

利用微机控制的带极堆焊设备，进行了７５ｍｍ×０。

For the ultra - low - carbon austenitic stainless steel, using the process of strip electrode electroslag surfacing and the standardized heat treatment process of 600 MW nuclear vessels (615℃×29 h) , the mechanism of grain boundary phase eduction in weld metal is analysed deeply.

针对超低碳奥低体不锈钢堆焊材料,采用带极电渣堆焊工艺,应用600 MW核容器标准热处理规范——615℃×29h深入研究了堆焊层晶间相析出的机理研究结果表明经615℃×29h热处理后,堆焊层晶间析出了少量的M_(23)C_6碳化物和Y′相未发现σ相、相和X相等金属间脆性化合物。

In this article, the principle of strip electrode electroslag surfacing is introduced.

介绍了带极电渣堆焊的原理。

Welding test on the belt built-up welding 304L to the 20MnMo forging pipe-steel

20MnMo锻件管板带极堆焊304L的焊接试验

Study on Strip Surfacing Technologies and Mechanical and Property of Surfacing Deposit for 2.25Cr1Mo Steel;

2.25CrlMo钢带极堆焊工艺及堆焊层组织、性能研究

Cladding Process of Stainless Steel Strip for A508-Ⅲ

A508-Ⅲ钢的不锈钢带极堆焊工艺

Application of strip cladding welding equipment for the nuclear power equipment manufactured

自动带极堆焊机在核电设备制造中的应用

Finite element simulation of temperature field for submerged arc strip overlaying on thick plate

厚板带极埋弧堆焊温度场的有限元模拟

The Equipment of Negative Polarity Weak Plasma Arc Overlaying Welding and the Researching of Arc Character

反极性弱等离子弧堆焊设备及电弧特性研究

The Study on Negative Polarity Weak Plasma Arc Dissimilar Material Surfacinf Welding

反极性弱等离子弧异种材质堆焊的研究

Character analysis of negative polarity weak plasma arc overlaying welding

反极性弱等离子弧堆焊基本特性的分析

This report describes the structure and the main behavior of a surfacing torch with reverse polarity soft plasma arc and uses alloy powder.

本文介绍了反极性弱等离子弧粉末堆焊枪的结构及其主要特征。

Research of the Supporting Technology of Highly Efficient Abrasive Belt Grinding in Grinding the Material of Shell Welding Seam Deposited Metal of High-pressure Vessels for Nuclear Power;

核电高压容器壳体堆焊层高效砂带磨削基础技术研究

Effect of Welding Process on Microstructure and Properties of Surfacing Layer with D212 Welding Electrode

D212焊条堆焊工艺对堆焊层组织性能的影响

The technology requirements and characteristics of overlay of a refractory steel build-up welding wire are introduced.

介绍了一种热强钢堆焊焊条的堆焊工艺要求、焊层特性。

Study on the Overlaying Property and Hot Corrosion Resistance of Fe_3Al Alloy Overlayer;

Fe_3Al合金堆焊及堆焊层的耐热腐蚀性能研究

Investigation on Properties of Deposited Metals by Shielded Metal Arc Welding Process D172;

D172焊条电弧堆焊熔敷金属性能研究

Microstructure of hardfacing metal and matrix materials with high abrasive flux-cored wire

高耐磨药芯焊丝堆焊组织及基体选择

Effects of External Restraining Forces on Bead-on-plate Welding Residual Stress

外拘束力对堆焊焊接残余应力的影响

TIG welding rapid prototyping surfacing quality vision detecting system

TIG焊快速制造堆焊质量视觉检测系统

Research on Corrosion Resistance of Overlaying Welding Layer Using A102,A132 and A302 Stainless Steel Electrode

A102、A132和A302焊条堆焊层耐蚀性研究