rolling temperature

At the same time , effects of rolling temperature and deformed amount on austenite grain size mill.

在轧制温度一定时,变形量和钛含量增加,奥氏体晶粒尺寸减小.

Calculating Temperature Jump During High-Speed Wire Rolling Through Upper Bound Triangular Velocity Field

以上界三角形速度场计算线材精轧温升

The experiments show the end rolling temperature has great effect on the yield strength, and the low magnetic steel can meet the requirement of users without adding trace element when end rolling temperature is 700-800 ℃.

试验表明：终轧温度对屈服强度有较大的影响。在700℃～800℃时不添加微量元素强度也能满足用户要求。

Rolling and Cooling Control-temperature Control System Optimization

控制轧制与控制冷却&温度控制系统优化

Research about Rolling Temperature Automatic Control Technology in High Rate Thin Strip Cold Tandem Mill

薄带高速冷连轧轧制温度自动控制技术的研究

The effective factors on the tire rolling resistance were drawn from the various papers and it was concluded that the compound with low hysteresis at high temperature and high hysteresis at low temperature could meet the requirements of both low rolling resistance and high wet traction of tire.

综合各种文献，总结出影响轮胎滚动阻力的各种因素，最后归纳出需要高温滞后损失减小、低温滞后损失增大的胶料，达到既满足降低轮胎滚动阻力要求，又兼顾到轮胎湿牵引性。

Effects of finish rolling temperature on ratio of yield to strength in high strength pipeline steel

轧后控冷终冷温度对高强度管线钢屈强比的影响

Effect of Controlled Rolling Temperature Interval on Microstructure and Mechanical Properties of Hot Rolled Nb-Contained Multiphase Steel

控轧温度区间对含Nb热轧多相钢组织和性能的影响

Measures to reduce the temperature loss of intermediate billet of conventional hot strip rolling mill

常规热带钢轧机减少中间带坯温差的措施

Research on Effective Strain in Wire Rod During Rolling and Calculation of Temperature Jump

高速线材精轧的等效应变研究及温升计算

In practical production, it is easy to take place the fire and equipment accidents due to super temperature of work roll bearings box in aluminum cold rolling mill and foil rolling mill.

实际生产中铝带材冷轧机和铝箔轧机易于发生由于工作辊轴承箱温度过高而造成的火灾和设备事故。

The effect of finishing rolling temperature on banded structure of 16 Mn steel plate

终轧温度对16Mn钢板带状组织的影响

On the basis of investigating influence of the technological parameter such as slab reheating process, furnace scale structure characteristics, scale removal times and rolling temperature variation on scale removal, the scale removal technical process rule was had developed and perfected.

通过研究热轧生产工艺过程的板坯加热、炉生氧化铁皮结构特点、除鳞道次、轧制温度变化等工艺参数对除鳞工艺的影响，制定、优化、完善了热轧板卷除鳞工艺制度。

The mathematical model in heating furnace is set up for calculating billet tapping temperature according to billet heterogeneity, specification and opening rolling temperature.

根据钢坯的种类、规格、开轧温度，通过建立的数学模型计算了钢坯的出炉温度。

The bonding strength decreased with the reduction ratio and the rolling temperature.

叠层复合材料的结合强度随压下率和轧制温度的增大而降低。

When Nb content was 0.014 ( mass,%), finish rolling temperature was 780 ℃ and coiling temperature was 400 ℃, retained austenite fraction, carbon contents of retained austenite, Vickers-hardness and tensile strength have the optimum combination.

铌含量为0.014%、终轧温度为780℃、卷取温度为400℃时，残余奥氏体量、残余奥氏体相中的碳含量与宏观维氏硬度和抗拉强度具有最佳组合。

The effects of rolling temperature, pass reduction on the interfacial bonding strength were researched; and the effect of the subsequent annealing process on the interfacial bonding strength and the joint interface structure were investigated.

研究了轧制温度、压下率对复合板的结合强度的影响，以及轧后退火工艺对复合板的结合强度及界面结构的影响；探讨界面结合机理，确定出最佳工艺方案。

Low-temperature rolling adopted in high-speed wire mill can reduce heating consumption, but increase rolling energy consumption.

高速线材 轧机采用低温轧制,可以降低加热能耗, 但是轧制能耗要增加.

Rough rolling and pure rolling temperature drop model is derived by regression statistics way with the measured data, can see this model has good prediction, forecast and actual temperature temperature ± 15% than basic error.

粗轧和精轧的温降模型通过回归统计的方式导出，与现场的实测数据比较，可以看出该模型具有很好的预测度，预测温度与实际温度的误差基本不超过±15%。

It is found that the compactness, rolling temperature and pass reduction play a significant role in rolling properties of the composites.

研究表明，材料的致密化程度、轧制温度、轧制过程中道次压下量对材料的轧制性能有着重要影响。

A theoretical model was built to calculate the on-line work roll's thermal contour by using the one-dimension finite difference method and used to calculate the temperature field and thermal contour at any tune in rolling and after rolling.

采用一维有限差分方法建立了工作辊热辊形在线计算模型，并利用该模型计算了热轧过程中和下机后任意时刻工作辊温度场及其热辊形。