海冰对应变速率变化较敏感，在不同应变速率范围内可表现出不同的力学行为和强度特性。
Because of its strength sensitivity to strain rate, sea ice displays different mechanism behavior and strength features in different range of strain rate.
介绍了细水泥浆液及其结石的物理力学特性（粘度、稳定性、凝结时间、抗压和抗渗强度等）的改性研究成果。
The study results on mechanical properties of fine cement grout and its calculus, including cohesion, stability, setting time, compressive resistance and impervious strength, etc.
其力学特性的研究对充分发挥材料的强度，提高设计水平和降低工程造价具有十分重要的意义。
Studies for the mechanical properties of concrete are very important to increase the strength of concrete material, improve design level and reduce the construction cost.
岩石内部存在一个宏观的和微观的裂隙系统，岩体的一切力学特性几乎都与这个裂隙系统有关，当然岩体的破坏机理与强度准则也不例外。
There is a macro-crack and micro-crack system in rocks, which affects almost all the mechanical properties of rocks, especially the failure mechanism and the strength criterion.
研究了连续油管的工作力学特性，建立了连续油管弯曲、抗内压强度和外部挤毁压力、直径增长、纵向伸长及卡点位置分析计算模型。
Mechanical characteristic of ct is studied. The model of bending, internal pressure strength and external collapse strength, diametric growth and stuck-point of ct is established.
叠层复合是一种新型的复合构型，它具有提高材料断裂韧性和抗弯强度的优异特性，对优化陶瓷的力学性能十分有效。
Laminated composite has a new type structure which is used to improve the fracture toughness and flexure strength, so it is a good material for optimizing the mechanical properties.
探讨正常内侧髌股韧带（MPFL）的抗拉强度和自体肌腱移植重建MPFL不同固定方法的生物力学特性。
To measure the tensile strength of the medial patellofemoral ligament(MPFL), and to evaluate the biomechanics of different fixation methods of the hamstring tendon graft on the patella.
背景资料概要：强直性脊椎炎改变了脊柱的强度和生物力学特性，致使其在受到微笑创伤是轻易发生骨折。
Summary of Background Data. AS alters the strength and biomechanical properties of the spine that renders it susceptible to fracture with minimal trauma.
目的观察非周期大强度运动训练和推拿对兔膝关节髌韧带生物力学特性的影响。
Objective the purpose of this paper was to investigate the effects of acyclic exercise and manipulation on the biomechanical properties of patellar ligament of rabbits.
采用有限元法对构架强度进行了计算分析，在对轻型构架的强度和力学特性有一定认识的同时，验证了结构设计的合理性。
By means of finite element method, the strength analysis of light frame has been executed, and the result verifies the rationality of structure design.
主要利用有限元方法对架空送电线路杆塔进行结构强度和结构动力学特性分析。
In paper, the structural static strength and dynamic characteristic of pole? Tower of aerial power? Delivery line are analyzed and discussed with the finite element analysis.
发泡聚丙烯(EPP)以其耐热性好、力学强度高、可降解等优良特性已逐渐成为当今发泡材料的理想选材。
Expended polypropylene (EPP) has become an ideal foaming material choice due to its good thermal stability, high mechanical strength, and degradable environmental suitability.
深井软岩的应力状态接近于岩石强度极限状态，对外部扰动载荷十分敏感，为了研究这种高应力状态下岩石表现出的力学特性，提出了岩石流变扰动效应这一研究课题。
Stress of soft rock in deep mining is close to strength limit state, rock is sensitive to outer disturbed loading, research project was put forward in order to study rock rheology disturbed effects.
结果血液在低强度毫米波照射下，血流动力学特性指标，包括血液粘度及红细胞的变形性和聚集性等都有不同程度的改变。
Results the blood viscosity and deformability and the aggregation index of the red blood cells were changed to various degrees upon the radiation under different conditions.
结论：低强度脉冲超声作为一种机械刺激，可使骨折部位力学特性得到明显改善，并能促进骨折愈合。
Conclusion: LIPUS, as a mechanical stimulation, can improve the biomechanical characteristics of callus and promote fracture healing.
以结构特性及其强度研究为桥，将黄土与环境的研究与黄土力学特性研究有机地结合起来；
Study on Loess and environment is organically combined with research on Loess mechanics properties based on taking structural behaviors of Loess and its strength properties.
目的：观察粘合剂对激光血管吻合的耐压强度与抗拉强度等力学特性的影响。
AIM: to observe the effect of binding on the mechanical characteristics of bursting pressure and tensile strength after laser vascular anastomosis with binding.
系统地把握了多种软岩在不同条件下的强度、变形特性，探讨了各种软岩的变形、变形速率、时间依存性等影响因素，为预测软弱岩体的长期力学稳定性提供了重要依据。
The relationship among many factors are obtained on the creep behaviour of sedimentary soft rock, such as axial strain, axial strain ratio, axial stress, and axial stress ratio.
先期固结压力是土的重要力学特性参数，对变形计算和强度分析有较大影响。
The preconsolidation pressure is an important parameter for soil deformation calculation and strength analysis.
首先回顾了现有土石混合体的相关研究成果，主要有应力应变关系、变形力学机制、强度特性、剪切破坏形态等。
Firstly, this paper reviewed existing research, including the relation of stress and strain, deformation mechanism, properties of strength, form of shear failure.
本文通过二维流体力学基本方程的数值模拟，探讨了均匀行进波状态时的阴影强度分布特性。
The distribution of shadowgraph intensities in uniform traveling wave is investigated by means of numerical simulation of 2-d equations of hydrodynamics.
本文通过二维流体力学基本方程的数值模拟，探讨了均匀行进波状态时的阴影强度分布特性。
The distribution of shadowgraph intensities in uniform traveling wave is investigated by means of numerical simulation of 2-d equations of hydrodynamics.
应用推荐