1) flexural creep
弯曲徐变
1.
Effect of strength grade on flexural creep of early-age concrete with slag powder
强度等级对矿渣粉混凝土早期弯曲徐变性能的影响
2) creep curvature
徐变曲率
1.
In order to effectively predict the creep deflection of full-prestressed concrete beams with pretensioned bent-up tendons,the creep curvature of such kind of beams was experimental studied.
为了有效地预测折线先张的全预应力混凝土梁徐变挠度,对该类梁的徐变曲率进行了试验研究。
3) specific creep curves
徐变度曲线
4) bending deformation
弯曲变形
1.
Numerical simulation of the bending deformation of a casing;
井下套管弯曲变形的数值模拟
2.
Calculation of bending deformation of beam(plate) considering geometric nonlinearity;
考虑几何非线性时梁(板)的弯曲变形计算
3.
The bending deformation of the aspherical bending lapping tool under the action of bending moment was analyzed according to its deformation feature in high speed lapping process.
针对高速研磨加工中使用的弯曲成型法非球面磨具的变形特点,分析了磨具在弯矩作用下产生的弯曲变形,指出磨具高度对磨具成形误差影响较大,磨具宽度对其影响较小。
5) bending deflection
弯曲变形
1.
The paper comprehensive study three respects: the influence upon bending deflection caused by three primary aspects such as gravity,pull of the mouth of well and rotate speed of drillstring.
综合考虑了钻柱的重力、井口部的提升力及钻柱的转速等三个主要方面对钻柱弯曲变形的影响,建立了动力学模型和方程,并以实例验证了本研究方法的可靠性。
2.
For resolving the problem of bending deflection of overhang shaft,it is macroprogram that is applied to compensate the errors of machining deflection timely.
为了解决悬伸轴较大的弯曲变形问题,应用宏程序编程适时补偿切削变形误差,从而获得较高的加工精度,并能提高效率,降低成本,达到了预期的目的。
3.
The calculation of bending deflection is always required in analyzing stiffness of the continual beams.
工程实际中,常采用各种形式的连续梁,对连续梁进行刚度分析时,需要计算其弯曲变形。
6) bending creep
弯曲蠕变
1.
The bending creep properties of bauxite-based β-sialon bonded corundum/SiC composites with 15%—25% β-sialon con-tent(in mass)were studied at 1 250—1 400 ℃ and under bending stress of 2—3.
5MPa应力下弯曲蠕变性能。
2.
The three-point bending and bending creep tests are conducted to investigate the low-temperature properties of porous asphalt mixture using the TAFPACK Super(TPS)high viscosity additive.
对掺TAFPACK Super(TPS)高粘度沥青添加剂排水性沥青混合料进行了低温条件下的三点弯曲和弯曲蠕变性能测试,采用低温脆化温度点、弯拉强度-应变包络图和三点弯曲蠕变速率来评价它们的低温抗裂性能;同时将SBS改性沥青排水混合料的低温性能用以对比分析。
补充资料：溶解度曲线
分子式：
CAS号：
性质：广义地说是表示溶解度随温度变化的关系曲线，狭义地说是三元混合液中形成两个液相的浓度范围和完全溶解的浓度范围间的边界曲线。溶解度曲线随物质的种类和温度而变化，这类溶解度曲线常描绘于三角形图上。
CAS号：
性质：广义地说是表示溶解度随温度变化的关系曲线，狭义地说是三元混合液中形成两个液相的浓度范围和完全溶解的浓度范围间的边界曲线。溶解度曲线随物质的种类和温度而变化，这类溶解度曲线常描绘于三角形图上。
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