1) anti-deformability
抗变形度
1.
Water activity influences the anti-meltability,anti-deformability and hardness of ice cream.
水分活度影响冰淇淋的抗融化度、抗变形度、质地的松软度或坚实度、冰晶的数量和颗粒度 ,以及结构、冰晶的分布位置和定向。
2) elastic stiffness
弹性抗变形刚度
3) resistance of deformation
变形抗力
1.
Results showed that high temperature resistance of deformation of 4Cr13 is not changed by adding copper and sulphur.
研究表明,铜、硫的加入未引起4Cr13钢变形抗力的改变。
2.
The curve of stress-strain of Q345 is found and then the resistance of deformation is obtained in different conditions when σ-(0.
2作为材料的屈服极限值,得到不同条件下的变形抗力值。
4) flow stress
变形抗力
1.
A Dynamic Recovery Model for Flow Stress of Microalloyed Steel Produced by Compact Strip Production Process
CSP微合金钢变形抗力动态回复模型
2.
On the basis of the data obtained from Cam Plastometer,an RBF neural network prediction model is established by Matlab neural network toolbox,which corresponds with the relationship between flow stress and chemistry elements,temperature,deformation strain and strain rate of carbon steel.
以凸轮式高速形变试验机得到的实验数据为基础,利用Matlab人工神经网络工具箱,建立了碳钢的变形抗力与其化学成分、变形温度、变形程度及变形速度对应关系的RBF神经网络预测模型。
3.
To improve the prediction accuracy of the flow stress,a hybrid model based on the Hybrid Least Squares Support Vector Machine(HLS-SVM) and Mathematical Models(MM) was proposed.
为提高变形抗力的预测精度,提出了一种基于混合最小二乘支持向量机和数学模型的组合方法。
5) resistance to deformation
变形抗力
1.
The compressing deformation with different temperature,rate and extent is executed to 20MnSiv steel on Gleeb-1500 thermal simulating test machine,its model of resistance to deformation in high-temperature rolling got,its continuous cooling transformation curve drew up with twin-pass compression method.
在G leeb le-1500热模拟实验机上对20MnS iV钢进行不同变形温度、变形速度、变形程度的压缩变形,得到了该钢种高温轧制过程中的变形抗力模型,采用双道次压缩实验绘制了该钢种的连续冷却转变曲线。
2.
The resistance to deformation decreases with the rising temperature after 450℃.
结果表明,BZ 11准贝氏体钢在20～450℃的抗拉强度变化不大,超过450℃随着拉伸温度的升高变形抗力减少;在900℃拉伸时,准贝氏体钢变形抗力与20钢变形抗力相当,说明准贝氏体钢具有良好的高温变形能力。
6) anti-deformation
抗变形
1.
Study on reliability and anti-deformation of bridge in mining subsidence area;
采动区桥体可靠性分析及抗变形技术研究
2.
In traditional design method, differential settlement of subgrade is ignored, and pavement structure has little anti-deformation capacity.
穿越煤矿采动区的公路,由于地下采煤的影响,地面将不均匀沉降,路面结构产生附加应力,其值有可能超过道路允许应力使路面结构破坏,但传统沥青路面设计一般不考虑地基不均匀变形的影响,其抗变形能力有限。
补充资料：变形区长度
变形区长度
length of deformation zone
b ianxingqu ehangdu变形区长度(length of deformation:one) 轧制时轧件同轧辊接触弧的水平投影长度，一般以l表示，l=双sina，式中R为轧辊半径，a为咬入角。从几何关系还可以求得l与R及压下量从的关系为l /_.，从2，_劫2.__L___.，~~:，、，~=心R从一二笋.，由于岑~相对于R助小得多，故计算 V-一4’一一4’一’‘’--一一~一，一，·~中均用其近似值l、翻丫天瓦。 (余望)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条