变形织构

Ti3Al－Nb合金中β相基体的变形织构

Deformation Texture of β Matrix in Ti_3Al-Nb Alloy

另外，Er的抑制再结晶和细化再结晶晶粒作用也有利于变形织构的形成与维持。

And the recrystallization inhibiting and grain refining effects of Er are helpful to the formation and maintenance of the deformation texture as well .

冷加工变形织构在400℃／24h退火后不仅不会消失，反而会得到加强，这是由于择优取向的亚晶在退火回复过程中变得更加完整的原因。

That cold deformation texture become stronger at 400 ℃ annealing is believed to result from the perfection of preferred orientation subgrains during annealing recovery .

且分别针对冷轧ELC-BH钢板及1060（L2）工业纯铝板进行了退火实验和模拟研究，证实了该模型是合理的且较好地模拟了实际变形织构材料的再结晶退火过程组织演变。

The simulation researches and the experiments of annealing processes of ELC-BH steel plate and commercial pure aluminum ( 1060 ) plate are carried out , respectively . The results verify the rationality of the recrystallization annealing model for textural materials .

变形织构主要源自变形前的初始织构。

The deformation texture came mainly from initial texture before compression .

硬化模型对多晶变形织构预测的影响

Effect of Hardening Models on the Prediction of Deformation Textures for Polycrystalline

3104铝合金冷轧变形织构的分析

Analysis of Cold Rolling Texture of 3104 Aluminium Alloy

冷轧钢板变形织构的定量分析

Quantitative Analysis of Rolling Texture in Steel Sheets

润滑对3104铝合金板变形织构的影响

Effect of lubrication on evolution of through thickness texture in cold rolled 3104 aluminum alloy sheets

与单向轧制不同，多向冷轧再结晶退火后仍然保留了部分变形织构。

Simultaneously , the deformation texture is retained after recrystallization annealing for clock cold rolling , which is different from undirection rolling .

基于晶体塑性理论的有限元模拟是研究变形织构的重要手段。

Finite element simulation based on crystal plasticity theory , which is an important method to investigate plastic deformation of polycrystalline aggregate , was applied to study spinning texture .

FCC金属不均匀滑移变形的织构多晶体有限元模拟

Simulation of Inhomogeneous Slip Deformation in FCC Metals with Textured Polycrystal Plasticity Finite Element

金属塑性变形中织构演化的计算机模拟

Computer simulation of texture evolution in plastic deformation processes of metals

半工艺无取向硅钢加临界变形的织构演变

Texture evolution of semi-processed non-oriented silicon steel with temper rolling

冷变形{100}011织构在热处理过程中逐渐转化为{112}011再结晶织构。

During heat treatment , { 100 } 011 texture changes to { 112 } 011 recrystallization texture gradually .

用有限元多晶体弹塑性模型预测FCC金属冲压变形后的织构和塑性各向异性

Prediction of plastic anisotropy and texture in FCC metal by finite element polycrystal model

陶瓷超导粉末体冷加工变形机理与织构化条件

Deformation mechanisms and textured conditions of ceramic superconducting powder in cold working

热变形Pr-Fe-B-Cu磁织构的形成机制及〔006〕织构的获得

Formation Mechanism of Magnetic Texture in Hot Deformed Pr Fe B Cu Magnets and the Achievement of the 006 Texture

增加往复挤压道次或降低变形温度，织构强度趋于下降，但织构类型不变。

The texture intensity tends to decrease with the increase of accumulated strains or with the decrease of deformation temperature or with the increase of second phase .

SiCw/MB15镁基复合材料超塑性变形过程中的织构分析

Investigation of texture in a sic_w / mb15 composite during superplastic deformation

大变形量下Copper织构和S织构趋向饱和。

The Copper texture and R / S texture tend to be saturation under the great distortion . 4 .

Cu-Cr-Zr系合金变形过程中的织构分析

Texture Analysis of Cu-Cr-Zr Alloy in Process of Deformation

采用异步轧制方式将0.75mm厚的工业取向硅钢板材冷轧至0.35mm，然后用工业退火工艺对板材进行热处理，研究了剪切变形条件下的织构形成与转变机理。

Commercial grain oriented silicon steel was cold rolled from 0.75 mm to 0.35 mm by cross shear rolling ( CSR ) mill , followed by industry annealing . The mechanism of texture formation and transformation under the condition of shear deformation was analyzed .

塑性变形单晶铜线材织构的研究

Study of Texture in Deformed Single Crystal Copper Wires

实验表明，超高压工艺和热变形速率是影响热变形磁体织构度和磁性能的重要因素。

The result shows that ultra-high pressure technology and hot deformation rate has a great effect on the texture degree and magnetic performances of ultra-high pressure / hot deformed magnet .

模拟了纯铝多晶的轧制变形，研究其变形过程中织构演化过程，与各晶粒的应力应变不均匀分布，分析了晶界及晶粒初始取向对晶粒变形的影响。

The texture evolution during the deformation and the uneven distribution of the stress and strain have been discussed . The effects of grain boundary and the initial orientation of the grain on the deformation behavior of the grain are analyzed .

Zr-4合金双轴疲劳行为及其微观变形机理Ⅱ.双轴循环变形亚结构及其织构的发展

BIAXIAL FATIGUE BEHAVIOR AND MICROSCOPIC DE - FORMATION MECHANISM OF ZIRCALOY-4 ⅱ . Cyclic Deformation Substructures and Texture Development