1)freezing pressure冻结压力
1.Analysis on measurements of freezing pressure in deep thick clay strata;深厚黏土地层冻结压力的实测分析
2.Actual test and research of deep and thick calcium sticky layer freezing pressure;深厚钙质粘土地层冻结压力的实测与研究
3.A model of viscoelastic calculation for freezing pressure冻结压力粘弹性求解模型
英文短句/例句
1.Analysis on Measurement of Frozen Pressure in Deep Alluvium in Thousand Metres Vertical Well千米立井深厚冲积层冻结压力实测分析
2.In-situ measurement and analysis of freezing pressure of vertical shaft lining in deep alluvium特厚冲积层竖井井壁冻结压力的实测与分析
3.In-Situ Measurements and Analysis of Frost-Heave Pressure Inside and Outside the Ice Wall During Freeze Sinking冻结法凿井冻结壁内外部冻胀力的工程实测及分析
4.Mechanics Models of Frost-Heaving and the Research of Anti-Frost Heave Structure for Lining Canal渠道衬砌冻胀破坏力学模型及防冻胀结构研究
5.Wood Mechanical Properties of Bended Phyllostachys edulis for 4-Year-Old by Frost and Snow4年生冰冻雪压毛竹弯压材的力学性能
6.Experimental Study on Rock Mechanical Properties under Freezing Conditions冻结条件下岩石力学特性的实验研究
7.A REVIEW ON FROZEN ROCK MECHANICS冻结岩石力学的研究现状与展望分析
8.Thermal Dynamical Study of Vacuum Freezing of Liquids液体真空蒸发冻结过程的动力学研究
9.Triaxial strength and deformation properties of frozen silty clay under low confining pressure低围压下冻结粉质粘土的三轴强度及变形分析
10.Uniaxial compressive strength of saturated frozen clay at constant strain rate饱和冻结黏土在常应变率下的单轴抗压强度
11.Study on Dynamic Pressure Rise Measurement and Frosting Characteristic in Freeze-drying;冻干机动压测温技术及捕水器结霜特性研究
12.Study on Emerging Water Mechanism of Damaging Sidewall under High-Pressure Water高压水作用下冻结井壁渗漏水机理试验研究
13.Experimental Study on Instantaneous Uni-axial Compressive Strength of Frozen Clay at Low Temperature冻结黏土低温瞬时单轴抗压强度试验研究
14.Tensile and compressive strength tests on artifical frozen soft clay in Shanghai上海人工冻结软黏土抗压抗拉强度试验研究
15.Study on the influencing factors of frozen calcareous clay unconfined compressive strength冻结钙质黏土无侧限抗压强度影响因素研究
16.Imported closed compressor was applied, better efficiency, and better refrigeration.采用进口全封闭压缩机，效率高、冷冻能力强。
17.Influences of Lining Stiffness Distribution on Frost Heave Pressure on Cold Regional Tunnels寒区隧道衬砌刚度分布对冻胀压力的影响
18.Exhaust Steam Pressure Control and Anti-freezing Protection of Air Cooling System in 600MW Units600MW机组空冷系统排汽压力控制与自动防冻保护
相关短句/例句
frozen pressure冻结压力
1.The values and developing laws of frozen pressure have been measured by steel string transducer in Dongyong mining district.利用钢弦式传感器,实测东荣矿区冻结压力的大小及变化规律,结果表明冻结压力随时间而增长。
2.By monitoring and measurement on the frozen pressure of the coal mine auxiliary shaft in deep alluvium in Tangkou,it was found that the development of frozen pressure undergo three periods,which rise with depth increasing.对唐口煤矿千米深副井井筒深厚冲击层冻结压力进行现场监测,监测数据表明冻结压力发展经历了3个阶段,且随深度增加而增大。
3.At the same time, the formula of the frozen pressure on the outer shaft lining and the corresponding expressions of stress distribution are also derived.导出了作用于冻结壁上的外荷载表达式和冻结壁的应力分布规律以及作用于外层井壁上的冻结压力解析式和井壁的应力分布规律。
3)stress-freezing应力冻结
1.The application of stress-freezing technique to birefringent composite models is discussed.通过对航空工业标准“复合材料薄板压缩试验方法”中推荐使用的试验夹具测试段应力场的光弹性验证试验，介绍了光弹性复合材料的应力冻结技术。
4)freezing mechanics冻结力
5)frozen stress冻结应力
6)frost thrust冻结推力
延伸阅读
冻结压力冻结压力freezing pressure dongJ旧yall冻结压力(freezing pressure)竖井冻结法掘进施工期间，冻结壁作用于井壁上的压力。 冻结压力成因主要有井筒开掘后形成的二次应力场、土中水结冰时体积膨胀和某些粘性土层吸湿后自身体积膨胀等成因。一般以前两者为主，但粘性土层特别是膨胀性大的粘土层则三者兼有，且以后者为主。 冻结压力形成过程冻结压力随时间变化，且受施工方式的影响。其形成过程是，在形成冻结壁的过程中，地层处于原岩应力状态下冻结膨胀，产生附加应力场，使总的地应力升高，冻结壁内部积聚较多能量;当井筒开挖后，冻结壁的约束解除，应力重新分布，其内侧产生塑性变形，井帮以不断向井内位移形式释放能量，砌壁使冻结壁位移受阻，便产生对井壁的压力，这是冻结壁变形引起的变形压力，它构成前期的冻结压力。在砌筑井壁后，尤其是采用混凝土井壁时，混凝土的水化热使壁后冻土融化，此时冻结压力下降;当融土在冻结孔供冷下又重新回冻时产生冻胀力;同时由于混凝土析出的多余水分迁移到土层中，土体含水率增加，冻胀加剧，这些为回冻胀力，它使后期的冻结压力回升以至达到最大值。当冷冻站停止供冷后，冻结壁温度上升并开始自然解冻，冻结压力逐渐下降并向永久地压过渡。可见，冻胀力、回冻胀力等仅是冻结压力的一部分，但有时是很主要的部分。 影响冻结压力的因素主要有原始地应力和二次应力场、土层性质、冻结深度、冻结温度、井壁材料和构造、施工工艺等。不同条件下冻结压力变化规律和最大值不同。一般砂性土冻结压力很小，而粘性土特别是钙质粘土层的冻结压力则较大。冻结压力尚无通用的理沦公式计算，多用在井壁内安装压力盒等方式实测，设计井壁时可采用类比法参照条件相似的井筒的实测资料加以选取 (宋琳)
