【正文】 nical properties of low carbon microalloyed steels, Journal of Materials Processing Technology 15758 (2004) 553556. [11] J. Lis, . Lis, C. Kolan, Processing and properties of CMn steel with dualphase microstructure, Proceedings of the 13th Scientific International Conference “Achievements in Mechanical and Materials Engineering” AMME’2005, Gliwice ?? Wis??a, 2005, 395398. [12] N. Prasad, S. Kumar, P. Kumar, . Ojha, Mechanical properties of coldrolled annealed HSLA steel, Journal of Materials Science 26 (1991) 51585162. [13] I. Schindler, M. Jano?ec, E. M237。?ek, S. Rusz, M. Marek, T. Kubina, J. Sojka, Modelling of casting, hotcharge rolling and coldstrip production from highcarbon steel, Archives of Civil and Mechanical Engineering 4 (2004) 104113. [15] T. Tanaka, Controlled Rolling of Steel Plate and Strip, International Metallurgical Reviews 26 (1981) 185212. [16] K. Yoshida, Present and Future Status of High Strength Steel Sheets for Japanese Autobodies, Transaction of the Iron and Steel Institute of Japan 21 (1981) 761766. [17] J. Zrn237。ek a, . Dobrza241。nek, Effect of cold rolling and annealing on mechanical properties of HSLA steel, Archives of Materials Science and Engineering 36/1 (2009) 4147.PROPERTIESStructure and resulting material properties are significantly influenced by cold rolling because in the given terms no recrystallization can occur. Extension of grains in the direction of rolling occurs and the arrangement of crystallographic lattice getsa directional haracter. Banding character of other structural phases, such as of inclusions, pearlitic blocks, etc. has been developed too. Three types of texture (. deformation, structuraland crystallographic texture) arise, which yields in a directional character of mechanical roperties – see Fig. 1 [9]. Heat treatment is included after cold forming for removal of anisotropy of properties. To factors influencing the final character of microstructure after annealing belong most importantly: the initial character of material structure before cold forming, the total cold reduction,annealing conditions (temperature and time) and also coolingspeed [1,5,6,7,10,13,15,17, 18, 19]. More and more progressive types of material have been used in this field of processing – see . [2,3,8,11,16]. As a whole, the more cold deformation of aterial before annealing, the lower initial temperature of recrystallization. At low temperatures the time necessary for finishing of recrystallization is much higher and the requiredspheroidizing of carbides cannot be pleted [4]. Disarranged state Structure oriented by deformationFig. 1. Illustration of origin of deformation textures of metal [9]Strength or hardness properties of material generally decrease with increasing temperature of annealing, whereas plastic properties increase. Substantial lowering of strength values occurs at temperatures which are close to 600 176。 ?? roll barrel 110 mm。C within 80 minutes, cooling from 1200 to 400 176。rek, E. M237。?ek, . Dobrza??ski, S. Rusz, P. Such225。k, T. Kva??kaj, P. Hor??ak, V. Vrchovinsk253。steck253。t, L. ??237。?? thermocouple type S (PtPtRhlO) with length of 200 mm。 ?? resulting rolled products are due to their proportions and uniform deformation suitable for further investigation (metallography, tensile test etc.). Characteristic of cold rolling millRolling mill Q110 is a fourhigh housingless model mill, prestressed by 4 hydraulic nuts. It was designed for cold rolling of even very thin and high strength narrow strips. Rolls setting is manual with linear sensor measurement (accuracy mm). Basic parameters:?? nominal diameter of work roll 62 mm。, M. R??i?ka, L. ?237。ka b, L. 200。, H. Kulveitov225。nek, Properties of a NbVTi microalloyed steel influenced by cold rolling and annealing, Journal of Achievements in Materials and Manufacturing Engineering 20 (2006) 251254. [8] . JuarezIslas, R. Mendoza, J. Huante, M. Alanis, C. GonzalezRivera, Processing of ultra low carbon steels with mechanical properties adequate for automotive applications in the asannealed condition, Materials Science and Engineering A 276 (2000) 203209. [9] M. Kollerov225。這項(xiàng)工作主要是該項(xiàng)目的MSM6198910015解決方案的框架，由教育部，青年部和體育部的贊助支持，捷克共和國(guó)。新的實(shí)驗(yàn)設(shè)備的建模和在該局形成過(guò)程控制研究技術(shù)在俄斯特拉發(fā)大學(xué)冷軋領(lǐng)域被利用，即實(shí)驗(yàn)室軋機(jī)Q110以及真空熱處理爐1812年沃克經(jīng)典[20]。這是由于再結(jié)晶晶粒粗化異構(gòu)。 1122。作為冷變形功能79退火前（即相對(duì)高度降低 ????[%]).相應(yīng)的曲線擬合“在手動(dòng)方式”，沒(méi)有任何確切的數(shù)學(xué)規(guī)則。??4加熱元件康特霍爾人工智能，裝機(jī)功率5千瓦（400伏）。
??標(biāo)稱直徑后備輥150毫米。??縱軋成形的條件。 25 500毫米的冷軋與幾家通行證尺寸平板樣品總數(shù)（累計(jì)）的高度減少5%至75％。三種類型的紋理（即變形，晶體結(jié)構(gòu)和紋理）出現(xiàn)，是產(chǎn)生于一個(gè)方向的力學(xué)性能特點(diǎn) 見(jiàn)圖 1 [9]。參考本文件應(yīng)以下列方式：I. Schindler, M. Jano?ec, E. M237。nek ，V?B –俄斯特拉發(fā)理工大學(xué)，捷克共和國(guó).b. 新型的HUT 冷連軋機(jī)，某有限公司，捷克共和國(guó).c. 暫無(wú)報(bào)價(jià)材料加工技術(shù)，在材料科學(xué)方面的管理和計(jì)算機(jī)技術(shù)，工程材料和生物材料，西里西亞工業(yè)大學(xué)，18A條，44100格利維采，波蘭。附件1冷軋和退火對(duì)高強(qiáng)度低碳合金鋼的影響I. Schindler a,*, M. Jano?ec a, E. M237。ski c, S. Rusz a, P. Such225。關(guān)鍵詞：機(jī)械性能，低合金高強(qiáng)度帶鋼，冷軋，退火再結(jié)晶。其它結(jié)構(gòu)的帶狀特征，例如：包裹體，珠光體塊等，也在發(fā)生?；瘜W(xué)所研究的低合金高強(qiáng)度鋼的成分介紹見(jiàn)表1。該合作經(jīng)營(yíng)與plastometric實(shí)驗(yàn)室例如在研究和發(fā)展維特科維采研究所）和數(shù)學(xué)模型（有限元）提供數(shù)據(jù)扭轉(zhuǎn)塑度計(jì)（在配合其他補(bǔ)助金項(xiàng)目的運(yùn)作，以及來(lái)自冶金和機(jī)械廠的采購(gòu)訂單的下列問(wèn)題解決了：形成和形變與金屬材料（上造成性能的影響治療相關(guān)結(jié)構(gòu)形成過(guò)程中，技術(shù)的優(yōu)化）?；緟?shù)：
??工作輥名義直徑62毫米。??最大2000年超壓壩。所取得的成果 屈服應(yīng)力 [兆帕]，抗拉強(qiáng)度 [兆帕]及其比例，硬度HB，以及伸長(zhǎng)80％，是顯微圖繪制的。所選擇的退火樣品微觀結(jié)構(gòu)中可以看出顯微組織。一個(gè)緩慢上升的強(qiáng)度性能是由以前的20％突然下降到 40％（比較其