热模拟试验

综合应用热模拟试验、非线性回归方法和MonteCarlo法，提出了一个构建和优化完整的连续动态再结晶材料本构关系模型的新方法。

By integrating the thermal simulation test , nonlinear regression and Monte Carlo methods , a new method was proposed to construct and optimize the constructive relationship model of the material , which is of completely and continuously dynamic recrystallization .

综合采用插销试验、扩散氢测定和热模拟试验，研究了扩散氢与显微组织变化对灰铸铁焊接接头热影响区（HAZ）冷裂纹倾向的影响规律。

The effects of both the diffusive hydrogen and the microstructures on the HAZ cold cracking susceptibility were studied by applying the implant test , the diffusive hydrogen test and the thermal simulation test comprehensively .

HRM焊接热模拟试验机的程序控制系统

The Programed Control System of the Thermal Simulator HRM for Welding Research

利用Gleeble-1500热模拟试验机对试验钢进行了热模拟轧制。

The experimental steels were hot-rolled by Gleeble-1500 hot-simulated testing machine .

在Gleeble1500热模拟试验机上进行了不同加热温度对Nb的质量分数为0.015%的钢和不含Nb钢奥氏体晶粒尺寸的影响试验。

The effects of heating temperature on austenite grain size of 0.015 % Nb steel and Nb free steel were investigated by Gleeble 1500 thermomechanical simulator .

从热力学和热模拟试验两方面研究了碳饱和铁浴内Ti（C，N）的生成机理。

A Confocal laser microscope and a long crucible experiment were used for in situ observation and mechanism study of the formation of Ti ( C , N ) crystals from hot metal bath under controlled conditions .

本文采用高硅4032铝合金材料，利用Gleeble-1500热模拟试验机，进行了高温压缩试验。

Isothermal compression tests of 4032 aluminum alloy were performed on Gleeble-1500 thermal simulator .

GLEEBLE材料热模拟试验机高温压缩试验的数据整理与修正

The collating and correcting of data in hot compressing test for Gleeble material hot modeling test machine

对含Nb量相同、含Ti量不同的一组试样进行了焊接热模拟试验及高温奥氏体晶粒度测试；

The simulated welding thermal cycle was applied to a set of steels with the same Nb content and the different Ti content . The austenite grain size at high temperature was also measured .

用Gleeble2000热模拟试验机对82B钢奥氏体再结晶进行了研究。

The austenite recrystallization behaviors of 82B high carbon steel were investigated by Gleeble 2000 thermal-mechanical simulator .

Gleeble-2000型热模拟试验机液压楔故障的诊断和处理

Trouble Diagnosis and Handling of Hydraulic Wedge for Gleeble-2000 Thermal Analogue

借助Gleeble2000热模拟试验机和TEM对Zr，Zr+Ti处理试验钢焊接粗晶区中针状铁素体的形核进行了观察。

This paper observes the acicular ferrite ( AF ) formation in the welded coarse grain heat affected zone of the Zr and Zr + Ti doped steels by Gleeble 2000 simulated machine and transmission electron microscopy .

采用热模拟试验技术，研究了不同t8/5参数的单次热循环和多次热循环对焊接HAZ组织与性能的影响。

The tests have been conducted that HAZ structure and properties are affected by different single heat cycle and multi - heat cycle with parameter t_ ( 8 / 5 ) .

通过热模拟试验，研究了0.058%C-0.92%Mn-0.51%V钢在变形后等温过程中的组织变化规律及显微硬度变化规律，并用透射电镜研究了V（C，N）的沉淀析出规律。

The microstructural evolution and micro-hardness change in a low-carbon vanadium steel (( 0.058 ) % C-0.92 % Mn-0.51 % V ) during isothermal holding after austenite region deformation were investigated with thermo-mechanical test , and the precipitation of V ( C , N ) was studied through TEM .

在Gleeble1500热模拟试验机上进行SiCp/2024Al泡沫复合材料的准静态压缩试验，阐述孔的结构和SiC颗粒含量对材料准静态压缩性能的影响规律。

Quasi-static compression experiments of SiCp / 2024Al composite foams were tested on Gleeble 1500 thermal simulation testing machine , the situation that the quasi-static compression properties were influenced by the structure of pore and the volume fraction of SiC particles were analyzed .

在热模拟试验机试验的基础上建立了Nb-Ti微合金钢加热过程中组织变化的数学模型。

A mathematic model to predict the microstructure of Nb-Ti micro-alloyed slab in the heating process of hot rolling was developed based on thermo-mechanical simulation tests .

借助Gleeble-2000热模拟试验机对钢轨焊接挤压变形过程进行了模拟实验。

Tests of the upsetting deformation process for rail welding are done on the Gleeble-2000 simulation machine .

包钢中磷铁水预处理100kg级热模拟试验研究

100 kg Scale Hot Simulation Test and Study on Pretreatment of Medium-Phosphorus Hot Metal in Baotou Iron & Steel Rare Earth Company

以Gleeble1500热模拟试验机得到的实验数据为基础，根据BP人工神经网络算法原理，建立了1420AlLi合金高温塑性变形稳态流变应力与应变速率和变形温度对应关系的预测模型。

On the basis of the data obtained on Gleeble-1500 Thermal Simulator , the predicting models for the relation between stable flow stress during high temperature plastic deformation and deformation strain , strain rate and temperature for 1420 Al-Li alloy have been developed with BP Artificial Neural Network method .

在热模拟试验机上采用膨胀法并结合金相组织观察，测定了含钼和不含钼的试验钢贝氏体转变CCT曲线。

The CCT curve of the bainite transformation of the Mo bearing and Mo free trial steel has been measured and the metallographic structure of the steels observed by expansion method in a thermo-simulation machine .

在容量为150kg中频感应炉内进行的热模拟试验表明，无论采用Al或Si－Ca－Ba－Al作发热剂进行钢液吹氧升温均是可行的。

The hot simulation test for temperature rise in IR-UT-16 Refining ladle by blowing oxygen was performed using a 150 kg medium frequency induction furnace . The results show that temperature rise by blowing oxygen is available using Al or St-Ca-Ba-Al heat producing agent .

采用Gleeble-1500热模拟试验机，对Ni-Mo-Cr-Al电阻合金进行高温压缩实验。

Compressive deformation hot simulation test of Ni-based electric resistance alloy ( Ni-Mo-Cr-Al ) was performed by Gleeble-1500 hot simulator .

将蒙特卡罗穴MC雪技术引入到晶粒生长模拟中，结合焊接工艺和热模拟试验，模拟了单相合金焊接热影响区穴HAZ雪晶粒生长过程。

In this paper , Monte Carlo ( MC ) technology used in welding experiments and thermal simulation experiments is introduced to simulate the grain growth process in welding heat affected zone ( HAZ ) of a single phase alloy .

在Gleeble-2000动态热模拟试验机上采用凝固法研究了高碳钢的高温力学性能。

This paper studies the high temperature mechanical properties of high carbon steel by solidifying method on Gleeble-2000 experiment machine .

用动态热模拟试验技术，对经高效熔体综合处理的高成形性易拉罐用铝材进行高温等温压缩变形试验，并用OM、TEM观察分析了该材料在热变形过程中微观组织特征。

Prepared by high-efficient melt-treatment , the microstructure of high-property aluminium sheet used for easy-open cans during hot-deformation was investigated and analyzed by isothermal compression test at elevated temperatures using dynamic hot simulation testing machine and by means of OM and TEM .

考虑到液态成形过程影响因素多，过程控制困难等原因，为了进一步深入研究体系的燃烧行为特征，采用了Gleeble-1500D热模拟试验仪对Fe-Ti-C系进行了热模拟研究。

For further study on the combustion behaviors of Fe-Ti-C systems , thermal simulation experiments were carried out by using thermal simulating apparatus , Gleeble-1500D .

在Gleeble-1500热模拟试验机上采用圆柱试样压缩的方法，研究了微合金高强度低碳贝氏体钢在不同变形条件下变形抗力的变化规律。

By compressing cylinder samples in Gleeble-1500 thermal analog test machine , the change rules of the deformation resistance of micro-alloy low-carbon bainitic steel under different deformation conditions are studied .

结合焊接工艺试验和热模拟试验，运用蒙特卡罗（MC）技术模拟了超纯铁素体不锈钢EB26-1焊接热影响区（HAZ）晶粒生长过程。

In this paper , the process of grain growth in the welding heat affected zone ( HAZ ) of the super pure stainless steel of EB26 & 1 was simulated by a MC method .

采用热模拟试验机、拉伸试验机以及光学显微镜等设备，根据CCT曲线和拉伸实验的结果，研究了冷却速度对700MPa级超级钢组织和性能的影响。

With hot simulator , tensile tester and optical microscope , the influence of cooling rate on the microstructure and mechanical properties of 700 MPa HSLA steels was studied .

采用Gleeble-1500D热模拟试验机，利用电场作用直接激发Fe-V-C三元粉末共混体系，成功地实现了Fe/VC复合材料在低温下快速合成，并研究了该体系在电场作用下的燃烧行为。

Using Gleeble-1500D thermal simulation instruments , reactions were activated directly by electric field in Fe-V-C system and the combustion behavor of the system was studied .