The rolling of explosion bonded composite material is cited as an example to review the fabricating behaviors and processes, the structure, properties and applications of the material.
本文以爆炸复合板的轧制为例，综述了金属爆炸复合材料压力加工的特点及其工艺、组织、性能和应用。
By the analysis of the deformation of metallic composite rolled products, a formula for calculating the thickness of covering slab for multilayer metallic composite rolling is derived.
通过对金属复合轧制的变形分析，导出了多层金属复合轧制的包覆板坯厚度计算公式。
The invention provides a variable convexity working roll for rolling plates, sheets and strips, and a roll shape curve thereof adopts a composite function.
本发明提供了一种板带材轧制用变凸度工作辊，其辊形曲线采用复合函数。
The results showed that after rolling at high and low temperature, skin-core structures also existed in the PP/LCP composite.
结果发现，PP/LCP复合材料经过高温、室温压延后仍存在皮芯结构；
The production process includes hammer die forging, pressure forging, roll forging forming, and precision rolling-die forging composite technology.
前轴是汽车中的大型重要锻件，其生产工艺可归纳为锤上模锻、热模锻压力机上模锻、成形辊锻、精辊-模锻复合工艺等几种类型。
It is recognized that the scaling failure of nodular iron composite rolls in hot rolling is a problem of fatigue brittle fracture.
论述了热轧过程中球墨铸铁复合轧辊的掉皮破损属于疲劳脆性断裂的原因。
The composite method and explosive compound rolling production are more mature technology, which are commonly used in copper and aluminum composite panel production.
指出轧制复合法和爆炸复合法的生产技术较为成熟，是目前铜铝复合板常用的生产方法。
The invention provides a rolling method for improving the outer layer thickness distribution of a composite plate, which belongs to the technical field of metal plastic processing and molding.
本发明提供一种改善复合板内外层厚度分布的轧制方法，属于金属塑性加工成型技术领域。
The mechanism of explosive welding and rolling of the composite slab is described.
探讨了爆炸焊接和爆炸复合材料轧制的机理。叙述了这种复合材料的用途。
Experimental results show that the structure of nearby alloy layers of composite steel produced by casting-rolling bonding transits smoothly and exists no evident interface.
实验结果表明，采用浇铸-轧制复合技术制备的复合板不同成分合金层间组织过渡平缓，无明显界面。
Experimental results show that the structure of nearby alloy layers of composite steel produced by casting-rolling bonding transits smoothly and exists no evident interface.
实验结果表明，采用浇铸-轧制复合技术制备的复合板不同成分合金层间组织过渡平缓，无明显界面。
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