1.
Studies of Alloyed SHS Technology to Produce Ceramic Lined Compound Pipes;
合金化自蔓延法制备陶瓷内衬复合钢管的研究
2.
The ceramic-lined steel composite pipe can be joined by welding the steel pipe layer.
陶瓷内衬复合钢管可以通过焊接外层钢管达到连接的目的。
3.
The ceramic-lined steel composite pipes are lighter than alloy pipes, cast iron pipes, and cast stone pipes, which reduces the expense of transportation and makes the pipes easier to install.
陶瓷内衬复合钢管与钢管、磨合金铸管、铁管和铸石管比较，相对重量轻，便于运输和安装。
4.
Study of the Ceramic-lined Compound Pipe Based on Centrifugal-SHS Technique
基于离心SHS技术制备陶瓷内衬复合钢管的研究
5.
Centrifugal-SHS based preparation of composite steel pipe design for the ceramic-lined
离心-SHS法在陶瓷内衬复合钢管制备中的研究
6.
Cold Drawn-liquid Soild Diffusion Bonding Technique for Preparation of Low-carbon Steel/stainless Steel Cladding Tube
冷拔-液固相扩散复合法制备碳钢/不锈钢复合管
7.
Study of the Inner-stainless Steel/mild Steel Bimetallic Tube by Diffusion under Inner Pressure;
内覆不锈钢/碳钢双金属管内压扩散复合的研究
8.
Introduction of the National Standard Steel-plastic Composite Pipe(Draft Standard for Approval)
《钢塑复合管》国家标准(报批稿)简介
9.
Application of steel mesh skeleton plastic (polyethylene) compound pipe
钢丝网骨架塑料(聚乙烯)复合管的应用
10.
CALCULATION OF LAY DEPTH FOR COMPOSITES CABLE DUCTS
玻璃钢复合材料电缆保护管埋深计算
11.
Numerical analysis of interaction of spiral steel plastic composite buried pipe with ambient soils
埋地钢塑复合缠绕管管土共同作用数值分析
12.
Study on Microstructure and Mechanical Properties of Steel/Copper-Lead Alloy Composite Tube;
钢/铜铅合金复合管显微组织和力学性能研究
13.
Dynamic Analysis of Hybrid Arch Bridge of Steel Tube and Concrete Filled Steel Tube with Double Decks Flying Goose Model;
双层桥面飞雁式钢管—钢管混凝土复合拱桥动力分析
14.
Experimental research on the RHS joints with combined load cases
复合受力状态下矩形钢管相贯节点的试验研究
15.
The Intensity and Deformation Analysis of the Plastic Pipe with Steel Frame;
钢骨架增强塑料复合管的强度与变形分析
16.
Numerical Simulation Research on Composite Retaining of Steel Tube-Cement-Soil Pile and Soil Nailing;
钢管水泥土桩复合土钉基坑支护数值模拟研究
17.
Buckling Analysis of Plastic Pipe Reinforced by Winding Steel Wires under External Pressure;
钢丝缠绕增强塑料复合管外压失稳研究
18.
Study of the Brass/mild Steel Bimetallic Tube by Diffusion under Inner Pressure;
H62黄铜/碳钢双金属管内压扩散复合的研究