1) creep point
蠕变点
2) Creep measuring point
蠕变测点
3) creep
[英][kri:p] [美][krip]
蠕变
1.
Analysis on Stress and Strain Behavior of Spherical Vessel of Functionally Graded Material under Creep Condition;
蠕变条件下梯度材料球罐应力应变行为分析
2.
Study on Creep Behavior of PPS/SiO_2 Composites;
PPS/SiO_2复合材料蠕变行为的研究
3.
Acoustic Emission Characteristic of C/SiC Composite During Creep at High Temperature;
C/SiC复合材料高温蠕变的声发射特性
4) creep deformation
蠕变
1.
Application of grey theory in forecasting creep deformation of geotechnic grate;
灰色理论在土工格栅蠕变预测中的应用
2.
Experimental study on creep deformation of pressure sensibility for ultra-low permeability reservoir
特低渗储层压敏的蠕变性实验
3.
Key factors for micro-displacement resolution of piezoelectric actuators are systematically summarized in following two aspects: intrinsic(hysteresis;creep deformation) and extrinsic(environment;control power;pretightening force;guide mechanism etc.
从内在因素(迟滞和蠕变效应)和外在因素(环境、控制电源、预紧力、导向机构等)两大方面系统的总结了压电驱动微位移灵敏度的影响因素,并针对每种因素给出了相应的实验结果或调研数据,提出了提高分辨率可采取的措施。
5) creep behavior
蠕变
1.
Analysis of creep behavior of resin-based 3-D braided composites;
树脂基三维编织复合材料蠕变性能分析
2.
Based on the creep behavior with thermal viscoplasticity analysis,a computational procedure was presented for analyzing temperature fields and residual stress states in multi-pass welds and post-weld heat treatment in steel pipes with similar and dissimilar welded joint.
采用热-粘弹塑性有限元模型,在考虑蠕变效应的基础上,对同种及异种钢管子环焊缝焊接及焊后热处理过程进行了数值模拟。
3.
Methods The creep behaviors of the cryopreserved arteries were observed with different cryopreservation methods by using a dynamic mechanical analyzer(DMA-2980,TA Instruments,New Castle,Delaware,USA).
方法使用动态力学分析仪(DMA-2980,TA In-struments,New Castle,Delaware,USA)比较研究不同低温保存方案下动脉蠕变行为与新鲜对照组的差异。
6) creepage
['kri:pidʒ]
蠕变
1.
Analysis on Deflection and Creepage of OSB;
定向刨花板挠度与蠕变试验
2.
, upon bolt s creepage and fatigue damage has been analysed.
提出了一种评估高温紧固螺栓剩余寿命的计算模型 ,并对一实际螺栓进行了具体计算 ,在此基础上分析了装配、运行及材料性能等因素对螺栓蠕变和疲劳损伤的影响。
补充资料:闭式单点、双点压力机
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主要参数内容 | 国际先进 | 国内先进 | 国内一般 | 国内落后 | 评定方法及说明 | ||
(一)加工精度 | 参照GB10924-89、GB10933-89、JB5200-91 | ||||||
1、滑块下平面对工作台上平面的平行度(mm) | 30%精度储备 | 20%精度储备 | 达到规定值 | 大于规定值 | |||
0.02+0.10/100×滑块下平面的被测长度 | |||||||
2、滑块行程对工作台上平面的垂直度 | 30%精度储备 | 20%精度储备 | 达到规定值 | 大于规定值 | |||
0.05+0.02/100×滑块行程长度 | |||||||
(二)结构性能 | |||||||
1、离合器、制动器接通率,当滑块行程次数≤16次/分时为70%,≤25次/分时为60%,≤45次/分时为50% | 大于规定值10% | 大于规定值 | 达到规定值 | 达不到规定值 | |||
2、液压超负荷保险装置、微调装置、吨位指示器 | 全部具有 | 全部具有 | 部分具有 | 没有 | |||
(三)噪声dB(A) | |||||||
1、公称力≤400kN | ≤85 | ≤87 | ≤88 | >88 | |||
2、公称力>400kN | ≤87 | ≤88 | ≤90 | >90 |
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