热变形

电子剪切散斑测试系统在热变形测量中的应用

The Application of Electronic Shear Speckle Test System to Measurement of Thermal Deformation

温度、热量与热变形的关系及计算方法研究

Research on Relationship Between Temperature , Heat and Thermal Deformation and Calculating Method

TRIP钢热变形后冷却工艺的优化

Research on Optimization of Cooling Process for TRIP Steel After Hot - Deformation

微量B、Mg对TiAl金属间化合物热变形行为的影响

The effects of B and Mg on the hot deformation Of TiAl

研究了喷射沉积再经过热变形处理的5083AlMg合金的超塑性。

The superplasticity of spray deposited and thermomechanical processed 5083 Al-Mg alloy is investigated in this paper .

BP神经网络补偿三维曲面非接触式测量系统热变形误差研究

Study on BP Neural Network for Thermal Deformation Error Analysis and Compenstation of a Non-contact 3D Measuring System

高反膜红外耦合窗口GaAs热变形的研究

Study on Thermal Distortion of a GaAs Output Coupler with HR Coatings

热变形激活能Q为207.88kJ／mol。

The hot deformation activation energy of Ti-15-3 Alloy during hot deformation is 207.88kJ/mol .

Nb，Ti微合金钢热变形的动态模拟变形抗力模型

The mathematical model of flow stress of nb , ti microalloyed steel under dynamic hot deformation

铸造高铌TiAl合金的热变形能力研究

Hot Deformability of Cast High Nb Containing TiAl Alloy

热变形TiAl基合金的超塑性行为

Superplasticity behaviors of thermally deformed TiAl based alloys

热变形高铌TiAl合金室温塑性研究

Effect of Hot-Forging on the Room Temperature Ductility of High Nb Containing TiAl Alloy

使用无机填料改性后，UHMWPE的热变形温度可达到110℃；

The heat distortion temperature of inorganic filler modified UHMWPE reached to 110 ℃ .

结果表明，提出的补偿机构能有效地补偿GMM棒的热变形，提高了GMA的位移输出特性。

The experimental results show that the compensation structure presented is effective .

利用Zernike多项式分析超薄镜热变形

Analyzing thermal deformation of ultra-thin mirror using Zernike polynomials

相比之下，Si镜的热变形最小，是比较理想的镜体材料；

By comparison , the thermal distortion of silicon substrate is the smallest , which would be a kind of more promising material for mirror substrates .

加Ti对ELC-BH钢板热变形再结晶行为的影响

Effect on Heat Distortion Recrystallization of ELC BH Steel Sheet While Ti is Added

通过DSC、偏光显微镜、TG以及热变形测试等分析方法，研究了聚对苯二甲酸乙二醇酯（PET）/聚对萘二甲酸乙二醇酯（PEN）共混物的结晶特征以及热稳定性能。

The crystalline characteristic and heat stability of PET / PEN blends were studied through DSC , polarization microscope , TG and thermal deformation test .

其次，采用ANSYS有限元分析软件，利用其参数化设计语言APDL，建立了汽轮机转子工作热变形参数化有限元分析系统。

Secondly , the parameterized finite analysis system of turbine rotor thermal de-formation based on the secondary development of ANSYS is established .

随着AE用量的增加，固化物冲击强度和弯曲强度都逐渐提高，热变形温度却逐渐减小。

As adding the content of AE , flexural strength and impact strength of cured resin increase gradually , but HDT decreases .

热变形TiAl基合金中非平衡α2/γ与γ/γT片层的精细结构

Fine structural study of nonequilibrium α 2 / γ and γ / γ t lamellar in hot deformed TiAl based alloy

热变形条件下C-Mn钢奥氏体→铁素体相变模拟

Modeling of subsequent ferrite formation in C-Mn steel after austenite hot deformation

Ti-15-3合金热变形固溶显微组织的多重分形研究

Multi-fractal Studies on Microstructure of Ti-15-3 Alloy after Hot Deformation and Solution Treatment

82B高碳钢热变形奥氏体再结晶行为研究

Research on Austenite Recrystallization Behaviors of 82B High Carbon Steel During Hot Deformation

Al-Zn-Mg合金的热变形组织演化

Microstructure evolution of Al-Zn-Mg Alloy during hot deformation

Ti-15-3合金热变形显微组织的分形

Fractal on hot deformed microstructure of Ti-15-3 alloy

针对伺服阀用GMM转换器的具体特点，提出了一种新型的热变形补偿机构。

A new thermal compensation mechanism was offered as well , considering the specific feature of the GMM actuator for the servo valve .

该产品生产工艺简单，适应性强，与普通PP树脂相比，其弯曲强度、弯曲模量和热变形温度可显著提高，制品的收缩率和翘曲率明显降低。

Comparing with PP resins , these two composites had much higher flexural strength , flexural modulus , heat deformation temperature , better aging properties and lower shrinkage the processing technologies were simple .

计算了在轨运行条件下反射镜面热变形引起的表面法向偏转参数，推导了镜面变形后出射光线的通用表达式以及镜面变形前后在CCD探测器上的接收光斑中心偏转量的计算表达式。

It compute the parameter of deflexion caused by thermal distortion in orbit , deduce the general expression for spreading beam after thermal distortion of reflector and the center deflexion of facula received in CCD .

显微分析研究表明，在Fe3Al中引入TiC颗粒，可以有效地细化材料的显微组织，从而改善材料的热变形加工工艺性能。

Microstructure observations show that the addition of TiC particles can refine the microstructure and is beneficial to the deformation processing .