控制轧制

新一代控制轧制和控制冷却技术与创新的热轧过程

New Generation TMCP and Innovative Hot Rolling Process

高强韧性H型钢的再结晶区控制轧制试验研究

Controlled rolling test for high strength and ductility H-beam in recrystallized zone

控制轧制过程中Nb（C，N）析出状态的研究

Behavior of Nb ( c , n ) precipitated in controlled rolling

Nb微合金化H型钢控制轧制技术研究

Research on Nb micro - alloyed H - beam TMCP Technology

含Si弹簧钢热连轧控制轧制工艺探讨

On controlled rolling of Si - spring steel

含碳量低于0.1%并加入微量Nb、Ti、V等合金元素的微合金钢，经过控制轧制，赋予优良的强韧性。

Micro-alloy ste e with carbon content less than 0.1 % and added small amount of Nb 、 Ti 、 V can obtain good strength and toughness by control rolling .

而在Nb微合金化的基础上，通过控制轧制，则可以大幅度降低脆转温度，实现强度和冲击韧性的同步提高。

On the basis of Nb microalloying , the brittle-ductile transition temperature may be greatly decreased to simultaneously improve strength and impact toughness by means of controll rolling .

控制轧制技术在φ300mm棒材机组上的应用

The application of Control-Rolling technology used in the φ 300mm the bar set

轿车传动轴用钢UC2棒材的控制轧制

Control Rolling of Steel UC 2 Bar for Transmission Shaft of Car

本文通过研究控制轧制对钢的组织和性能的影响，确定了控制轧制技术对20g钢板的适宜性。

The suitability of controlled rolling technique to the 20g steel plate has been determined th-rough studying the influence of controlled rolling on the micro-structure and properties .

本文在Gleeble-1500热模拟实验机上，采取多道次简单压缩方法较系统地模拟了7075铝合金控制轧制新工艺。

Control rolling process was systematically tested on Gleeble-1500 thermal - mechanical machine through a series of multi-pass hot compression tests .

本文建立了C-Mn钢在控制轧制和控制冷却生产中微观组织演变和力学性能预测的物理冶金模型。

A physical metallurgical model was developed to predict microstructure evolution and mechanical properties of C-Mn steel plate during controlled rolling and controlled cooling process .

用Gleeble-1500热模拟实验机测定了低碳铌微合金钢变形后的连续冷却转变曲线（CCT曲线），并在实验室对该实验钢采用不同的工艺进行了控制轧制和控制冷却的实验。

Continuous cooling transformation diagram of low carbon steel microalloyed with Nb after hot deformation was determined by using Gleeble-1500 hot simulator . Controlled rolling and controlled cooling were carried out by using different schedules .

本文对微合金化中碳L45钢进行了控制轧制和控制冷却试验；

Experiments have been made on microalloyed medium-carbon L45 steel under the condition of controlled rolling and controlled cooling .

通过高合金钢棒线材连轧机的控制轧制工艺研究了新一代合金弹簧钢D701的力学性能。

Properties of new type alloy spring steel D701 is studied by controlled rolling process on high alloy steel wire rod and bar mills .

通过控制轧制与控制冷却，研制出下屈服强度为700MPa级的低碳高强度钢，并对其组织及强化机制进行了分析。

A low carbon high strength steel with lower yield strength reached 700 MPa was developed through controlling rolling and controlling cooling , and its microstructures and strengthening mechanisms were analyzed .

研究了用高温再结晶控制轧制及控制冷却工艺生产低碳V-Ti-N微合佥钢的可行性及钢的化学成分配比对综合性能的影响。

The feasibility of producing the low carbon V-Ti-N micro-alloyed steel with a new technique called " recrystallization controlled rolling and controlled cooling " ( RCR + CC ) and the effect of chemical composition on the synthetical properties of the steel have been studied .

选择考虑冷轧带钢轧制过程变形区金属塑性变形和入、出口弹性变形的Bland-Ford-Hill模型作为冷轧过程控制轧制力模型并进行分析，确定出变形抗力和摩擦系数是影响轧制力最主要的两个因素。

The Bland-Ford-Hill model was used for rolling force calculation of process control of cold rolling . The plastic deformation in bite zone and elastic deformation at the entry and exit of bite zone were considered for the model calculation .

18-8型奥氏体不锈钢管控制轧制的研究

A study of controlled rolling of 18-8 austenitic stainless steel tube

控制轧制及控制冷却在棒材生产中的应用

Application of controlled rolling and controlled cooling in bar production

控制轧制中微合金碳氮化物的析出行为

Precipitation behavior of carbon-nitrides in Microalloyed Steels during controlled rolling

锅炉用碳素钢板控制轧制的研究

A study on controlled rolling of carbon boiler steel plate

高韧性管线钢的控制轧制工艺研究

Study on controlled rolling processing of high toughness pipe steel

断裂物理参量σf~在控制轧制中的应用

The application of fracture physics parameter σ _f ~ in controlled rolling

含铌低碳钢板控制轧制的研究

Study on controlled rolling of Nb-bearing low carbon steel plates

控制轧制与高强度高韧性钢板的试制

Trial-production of Controlled Rolled and High Strength High Toughness Plate

电机硅钢片控制轧制机理的研究

An Investigation on the Mechanism of Controlled-rolled Dynamo Steel Sheets

控制轧制对907钢性能的影响

Influence of controlled rolling on the properties of steel 907

中厚板控制轧制过程控温温度的优化计算

Optimization Calculation of Control Temperature in Plate Control Rolling Process

控制轧制对厚板轧机设计的影响

Influence of controlled rolling on Design of heavy plate mill