superelasticity
英
美
网络 超弹性; 和超弹性; 的超弹性
双语例句
- Superelasticity Measurement of Ti-Ni Alloy and Its Complex with Ceramics
Ti-Ni合金及其陶瓷复合体的超弹性研究 - Mechanics Model of a Kind of Novel Damper Based on SMA's Superelasticity
一种新型形状记忆合金超弹性阻尼器的力学模型 - Superelasticity of Ti-102 3 Titanium Alloy
Ti-1023钛合金的超塑性 - The Effect of Heat-treatment and Cold Deformation on Non-linear Superelasticity of Ti-Ni Alloy
热处理和冷变形对Ti-Ni合金非线性超弹性的影响 - Development and applications of nickel-titanium alloys with shape memory effect and superelasticity
形状记忆与超弹性镍钛合金的发展和应用 - The new stress rate is applied to a hypoelastic body experiencing simple shear, there is no oscillation in the stresses and the general normal stress-shear stress relation for superelasticity is also satisfied.
用新应力率对次弹性体简单剪切进行了计算，得到的应力不振荡，且满足超弹性正应力-剪应力普适关系。 - A new type of copper-base alloy with elasticity has been developed by means of the principle of stress that induced martensitic transformation to produce superelasticity. The new material possesses good elasticity and its production cost is low.
利用应力诱发弹性马氏体相变的原理，研制出一种新型铜基弹性合金，该材料弹性稳定性好，弹性回复量大，价格便宜。 - Experimental results show that columnar grain wires exhibit excellent superelasticity and strain recovery property similar to single crystal wires, and its bending fatigue life lies between polished and unpolished states of single crystal.
试验结果表明，柱状晶与单晶一样具有优良的超弹性及应变恢复率，其弯曲疲劳寿命介于单晶的抛光与未抛光状态之间。 - Superelasticity of shape memory alloys is one of the most important mechanical behavior, researches on superelasticity are the focus for application of shape memory alloys.
超弹性是形状记忆合金最重要的力学性能之一，对于超弹性的研究一直是形状记忆合金材料研究的热点。 - Ribbons can show perfect shape memory effect and superelasticity with higher transformation strain and smaller stress hysteresis compared with bulk materials.
条带具有良好的形状记忆效应和超弹性性能，与体材相比，其相变应变大而相变应力滞后小。 - A new internal variable, shape memory factor, was defined, it can describe the shape memory effect and superelasticity of shape memory alloy and possesses clear physical meaning.
定义了能够有效描述形状记忆合金的超弹性和形状记忆效应的新的内变量：形状记忆因子。 - The nearly equiatomic nickel-titanium ( NiTi) alloy is a potential biomaterials for fabricating implants due to its unique properties such as shape memory effects, superelasticity and radiopacity.
近等原子比NiTi合金以其独特的形状记忆效应、超弹性和射线不透性等性能而成为制备植入体的理想材料。 - A constitutive model for superelasticity of shape memory alloy based on neural network
形状记忆合金超弹性本构关系的神经网络模型 - The superelasticity of alloy is related to operating temperature, the excellent superelasticity is in the temperature region above Af, and the lower temperature limit is Af+ 17-22 ℃.
合金的超弹性与工作温度有关，超弹性最佳值是在Af点以上一段温度范围内.其下限温度为Af点以上17～22℃。 - The alloy reveals a behaviour for superelasticity, i. e., if the strain exceeds no more than its elastic limit, the whole transition process may be reversible, and the macro-or micro-feature may be back to beginning after unloading at any point of the curve.
只要应变不超出弹性极限值，在任一点卸载，整个过程将逆向进行，宏观、微观特征完全恢复为原状，表明材料具有超弹性行为。 - The microstructure and linear superelasticity of 22% cold worked Ti-49. 8at% Ni alloy has been studied by tensile test at various temperature and TEM observation.
利用透射电镜观察不同温度下的拉伸试验，研究了冷变形量22%的Ti-49.8%Ni（原子分数）合金的显微组织及线性超弹性行为。 - The effects of textures to anisotropy of superelasticity are studied.
分析织构对合金超弹性各向异性的影响规律。 - The anisotropy of elastic modulus and superelasticity are coursed by the anisotropy of texture.
弹性模量和超弹性的各向异性是由于织构的各向异性所致。 - For the Superelasticity of the wires, the heat-treated wires show better superelasticity than as-fabricated wires. The critical stress for stress-induced martensitic transformation decreases after two-way shape memory training.
超弹性方面，热处理之后纤维较制备态具有更明显的超弹性现象，产生超弹性的临界应力也降低了；双程形状记忆训练后，应力诱发马氏体临界应力下降。 - Generally, martensite twin, grain orientation, precipitation phase and grain size play an important part on the superelasticity.
一般来讲，马氏体孪晶，晶粒取向和织构，析出相以及晶粒度对超弹性有重要的影响。 - A brief introduction of the main mechanical behavior of SMA including the shape memory effect and superelasticity was presented at first.
本文对其包括形状记忆特性和超弹性的力学特性进行了简要说明。 - While, as for these kinds of β titanium alloys, the studies of the mechanisms of cold deformation and superelasticity were not so deep.
而对于该类合金来讲，冷变形和超弹性机理的研究还不系统，深入。 - The research of the transformation of martensite and microstructure during cold deformation is very important to learn the superelasticity and shape memory effects of this alloy.
研究在冷变形过程中的马氏体转变特征和变形亚结构，对于进一步了解该类合金超弹性，形状记忆效应有重要的作用。 - It is reported that the reversible martensite transformation has significant influence on both the superelasticity and the elastic anisotropy in Ti-Nb based alloy.
据报道Ti-Nb基合金中的可逆马氏体相变会对合金的超弹性性能以及弹性各向异性产生显著的影响。 - The shape memory effects and superelasticity are important to the application of this alloy.
形状记忆和超弹性性能的优化对于该类合金的应用具有重要的意义。