1)high temperature creep高温蠕变
1.Effect of zinc content on high temperature creep property of AZ31 magnesium alloy;AZ31镁合金中Zn含量对其高温蠕变性能的影响
2.Researches on the High Temperature Creep Deformation of the Weld Seam Interfaces of Pressure Vessels of Clad Steel Plates复合钢板压力容器焊缝界面高温蠕变研究
3.The research progress of the high temperature creep and creepmechanism of carbon/carbon composites and carbon fibres at home and abroad are reviewed in this paper.综述了国内外对碳/碳复合材料及碳纤维的高温蠕变及蠕变机理的研究情况。
英文短句/例句
1.high temperature creep and rupture testing machine高温蠕变及持久强度试验机
2.An Investigation of the High Temperature Creep and Superplasticity Deformation of AZ31 Magnesium Alloy;AZ31镁合金高温蠕变及超塑性研究
3.An Experimental Study on Creep Behaviors of 2CrllNiMoVNbNB Steel;2CrllNiMOVNbNB钢的高温蠕变特性实验研究
4.The High-Temperature Creep Behavior of Ti-44Al-5Nb-0.85W-0.85BTi-44Al-5Nb-0.85W-0.85B高温蠕变行为研究
5.Study on Creep Behavior of Cast Mg-6Al-1.5Ca Alloy under High Temperature铸态Mg-6Al-1.5Ca合金高温蠕变行为研究
6.A Preliminary Study on the High Temperature Creep Property of Ti-44Al-5Nb-0.85W-0.85B AlloyTi-44Al-5Nb-0.85W-0.85B高温蠕变性能的初步研究
7.A rafting model for creep of Ni base single crystal at high temperature based on microstructure cell镍基单晶合金高温蠕变筏化模型研究
8.SOME CRITICAL ISSUES IN CREEP AND FRACTURE ASSESSMENT AT HIGH TEMPERATURE高温蠕变与断裂评价的若干关键问题
9.Creep Rupture Behavior of a Cast Ni-base Superalloy at High Temperature一种铸造镍基高温合金的高温蠕变断裂行为
10.Study on the High-temperature Creep Behavior and the Estimation of Creep Crack Parameter C～* of Cracks in Bi-material CT Specimen;双材料CT试样裂纹高温蠕变行为的研究与蠕变断裂参量C～*的估算
11.Effects of TLP Bonding on the Microstructure of a Ni-base Single Crystal Superalloy During Creep DeformationTLP连接对一种镍基单晶高温合金高温蠕变变形组织的影响
12.FINITE ELEMENT ANALYSIS OF CREEP DAMAGE OF SMALL PUNCH TEST SPECIMEN AT ELEVATED TEMPERATURE小冲孔试样高温蠕变损伤的有限元分析
13.The Characteristic and Effect Factors of Single Crystal Nibased Superalloys During High Temperature Creep;单晶镍基合金的高温蠕变特征及影响因素
14.Finite Element Analysis of Creep Damage in Small Punch Test Specimen at Elevated Temperature;小冲孔试样高温蠕变损伤的有限元模拟
15.High Temperature Creep Deformation Properties of in Situ Synthesized 7715D Titanium Matrix Composites原位自生7715D基复合材料高温蠕变性能研究
16.High Temperature Creep Behavior of in Situ TiCp/LD7 Aluminum Matrix Composite原位合成TiCp/LD7Al复合材料高温蠕变行为的研究
17.High Temperature Creep Behavior of in-situ synthesized Titanium Matrix Composites原位合成钛基复合材料的高温蠕变行为
18.Non-interrupt creep testing of steel at elevated temperatures?钢的高温连续蠕变试验
相关短句/例句
creep[英][kri:p][美][krip]高温蠕变
1.MSP testing has been used to evaluate high-temperature mechanical properties of MoSi_2 based composites including high-temperature strength,brittle-to-ductile transition temperature and creep resistance.对MoSi_2系复合材料高温蠕变测试表明,MSP试验法得到的蠕变曲线和传统方法类似,而且随着氧化物添加相含量的增加,复合材料的高温蠕变性能下降。
2.Inorder to improve the poor high temperature creep resistant property of AZ91, the development of high temperature creep resistant die-casting magnesium alloys were carried out.针对商用压铸镁合金抗高温蠕变性能较差的现状,开发了抗高温蠕变压铸镁合金,其开发的目的是针对大马力柴油发动机汽缸罩盖,其抗高温蠕变性能应该能够保障其在150℃条件下稳定工作,而且其成本的增加应该控制在AZ91D合金成本的15%以内。
3.According to bad high temperature creep resistant property and on the base of AZ91,the development of high temperature creep resistant die-casting magnesium alloys were carried out in this paper.针对商用压铸镁各金抗高温蠕变性能较差的现状,开发了抗高温蠕变压铸镁合金,其开发的目的是针对大马力柴油发动机汽缸罩盖,其抗高温蠕变性能应该能够保障其在150℃条件下稳定工作,而且其成本的增加应该控制在 AZ91D 合金成本的15%以内。
3)elevated temperature creep高温蠕变
1.The elevated temperature creep characteristics of composites and ZL109 alloy at different test temperatures and stresses were studied.用加压铸造法制取Al2 O3 SiO2 系纤维增强ZL10 9合金复合材料 ,研究了在不同温度和不同试验应力下复合材料和ZL10 9合金的高温蠕变特性。
4)High temperature creep deformation高温蠕变
1.The high temperature creep deformation of certain material used in aerial engines lamina was detected by means of high temperature moire interferometry in this paper.利用高温云纹干涉法对航空发动机叶片定向结晶材料的高温蠕变进行了测试，获得该材料不同主方向的高温蠕变性质和规律。
5)high_temperature creep高温蠕变
1.A calculating equation of high_temperature creep for three_point bending test was presented.分析了原位生成含钛复相陶瓷TiB2 -TiC(TT) ,TiB2 -TiCxN1 -x(TTT)及TiB2 -TiC -SiC(TTS)的高温蠕变性能和高温氧化行为 。
2.Several key models for high_temperature creep lifetime prediction of ceramics are introduced.简要介绍了现有文献中报道的适用于估计陶瓷材料高温蠕变寿命的几种主要模型，针对它们的缺点，提出了估计陶瓷高温蠕变寿命的新思路，从数学上推算了１ 期、２ 期、３ 期蠕变发生的时间，提出了完整的蠕变寿命计算方法，对改进陶瓷高温蠕变寿命的估计方法作了理论上的探讨。
6)high-temperature creep高温蠕变
延伸阅读
高温蠕变分子式：CAS号：性质：在恒定高温、恒定外力作用下，材料随时间变化而发生的等温变形。由于施加应力方式的不同，可分为高温压缩蠕变、高温拉伸蠕变、高温弯曲蠕变和高温扭转蠕变。经常测定的是高温压缩蠕变，以“％”表示，计算公式为：(式中P为高温压缩蠕变率，％；Li为试样原始高度，mm；L。为试样恒温开始时的高度，mm；Ln为试样恒温，n小时时的高度，mm)。材料在高温下，长时间承受应力作用，必然会产生塑性变形，其变形量随时间的延长而逐渐增加。因此，高温蠕变比高温强度能更有效地预示材料在高温下长期使用时的应变趋势和断裂寿命。是材料的重要高温力学性能之一，它与材料的材质及结构特征有关。
