| 1. | Damp - proof courses - method of test for creep deformation
防潮层.蠕变变形的试验方法 |
| 2. | Damp - proof courses . method of test for creep deformation
防潮层.第2部分:蠕变变形试验方法 |
| 3. | Determination of creep strains under compression of autoclaved aerated concrete or lightweight aggregate concrete with open structure
敞形结构高压蒸养加气混凝土或轻集料混凝土的加压蠕变变形测定 |
| 4. | Advanced technical ceramics . methods of testing monolithic ceramics . thermo - mechanical properties . determination of flexural creep deformation at elevated temperatures
高技术陶瓷.整体陶瓷的试验方法.热机械特性.在升温条件下测定挠曲蠕变变形 |
| 5. | Advanced technical ceramics - methods of testing monolithic ceramics - thermo - mechanical properties - determination of flexural creep deformation at elevated temperatures
高技术陶瓷.整体陶瓷的试验方法.热机械性能.用加温法测定弯曲蠕变变形特性 |
| 6. | Based on the creep experimental curve , the creep deformation law of silty soft clay of the first marine layer and its constitutive relationship among stress - strain - time is studied in this paper
本文在蠕变试验曲线的基础上，研究了天津市第一海相层淤泥质粉质粘土的蠕变变形规律，得出应力、应变、时间三者之间的本构关系。 |
| 7. | Based on a series of laboratory tests with undisturbed samples obtained from nansha of guangzhou , including triaxial compression test , triaxial creep test and one dimensional compression test , creep deformation characteristics of soft soils were researched
摘要针对广州南沙原状软土进行了一系列室内试验研究，包括三轴压缩试验、三轴蠕变试验和一维固结试验，系统地探讨了软土的蠕变变形特性。 |
| 8. | It has been discovered that the deformation in the primary creep regime can well described by eqution : - 0 = atm , moreover , the eqution : = a n exp ( - q / rt ) can be used to interpret phenomenally the relationship between the steady - state creep rate and stress , temperature
蠕变的第一阶段也就是减速蠕变阶段的蠕变变形可用? _ 0 = at ~ m来描述。可以唯象地解释稳态蠕变速率和蠕变应力和温度之间的关系。 |
| 9. | The combustor do n ' t fail if transient rise of temperature field is neglected , the stress field of combustor can n ' t cause gas film wall rupture . 2 . combustor ' s creep and relaxation is calculated in steady temperature field , the results show that creep and relaxation is not main reason destroying combustor chamber
对稳态温度场下的蠕变松弛计算表明，高温下的蠕变松弛促使火焰筒的热应力下降，在所考虑的条件下稳态温度场导致火焰筒的蠕变变形不是火焰筒破坏的主要原因。 |
| 10. | The knowledge on the properties of used materials is urgently needed for reasonable life - prediction and life - distribution . as cylinder bolts are concerned , they often rapture at the first tooth - root resulting from lower high temperature strength of their material and higher stress . since bolts operate at high temperature environment , creep skew and damage causing their failure are important factors that can not been neglected
就汽缸螺栓而言，由于螺栓材料的高温强度偏低，预紧力过大，常常在螺栓的第一齿根部位发生蠕变脆性断裂，因其长期在高温环境下工作，蠕变变形和蠕变损伤是其失效的一个不可忽略的重要因素。 |
