Chinese translation for "粘弹性体"

viscoelastic body

Related Translations:

聚酯弹性体:  copestpee

完全弹性体:  a olute elastic bodybody, perfectly elasticperfectly elastic body

韧弹性体:  fibroelast

理想弹性体:  ideal elastic bodyideal elastomerideally elastic bodyperennial elastic bodyperfect elastic body

合成弹性体:  synthetic elastomer

弹性体动力学:  elastodynamics

超弹性体:  hyperelastic body

假想弹性体:  imaginary elastic body

绝对弹性体:  perfect elastic body

人造弹性体:  syntheitic elastomers

Example Sentences:

	1.	Evolution equation of viscoelastic medium and exact solutions for generalized thermodynamic forces 粘弹性体发展方程中关于热力学广义力精确解
	2.	Exact solutions of evolution equation for generalized thermodynamic coordinates of viscoelastic medium 粘弹性体发展方程关于热力学广义坐标的精确解
	3.	The pile is assumed to be vertical , elastic and of variable impedance , and the soil is layered and with viscous damping 假定桩为竖直弹性变阻抗体，土为成层线性粘弹性体，其材料阻尼为粘性阻尼。
	4.	The pile is assumed to be vertical , elastic and of uniform cross - section , and the soil is regarded as a linear visco - elastic layer with hysteretic damping 假定桩为竖直弹性等截面体，土为线性粘弹性体，其材料阻尼为滞回阻尼。
	5.	Afterward the numerical method was used to decompose the inherited integration , so the matrix form of constitution equations was derived . then through utilizing the lagrange equation directly , the paper gets the finite element formula . to test the model , the paper calculate the osteoblast ' s dynamic response under near static load and sinusoidal load at a simple tension beam and a four point bending beam 针对单向拉伸和四点弯曲两种离体培养成骨细胞的装置，再根据实际情况，将培养基看成是一种多孔材料，而将成骨细胞看成是粘弹性体，利用自编的有限元分析程序分别计算了受拟静态载荷和受交变载荷下细胞的动力响应，结果很好地反映了细胞的粘弹性性质。
	6.	In order to investigate the growth law of bone tissues deeply , osteoblast ( the seeded cell of bone tissue engineering ) is regarded as a incompressible viscoelastic medium . then the mechanical behavior of oeteoblast was analyzed , which is the basis to culture bone tissue 然而为了进一步深入细致地研究骨组织生长规律，论文将骨组织工程种子细胞成骨细胞看成是一种不可压缩粘弹性体，分析了其在离体培养下的力学行为，从而为更好地理解生长规律，并为骨组织的离体培养提供理论依据。
	7.	The time - related expression of stain along the crack - tip extension line was given from the use of the elastic - viscoelastic correspondence principle and standard linearity body model and the non - linear factors , which caused the gradual difference between the theoretical and actual value with the increase of time , were analyzed 应用广义弹性?粘弹性对应原理，给出了线粘弹性体裂尖延长线应变值随时间变化的表达式，分析导致理论与实验情况随时间增加产生偏差的非线性因素。
	8.	These results are consistent with the results from gross and salzstein and so on . osteoblast is the seeded cell of bone tissue engineering . now , in order to research the response of the osteoblast when it is cultured with mechanical stimulating , the paper consider the osteoblast as an homogeneous , isotropic , incompressible viscoelastic medium 由于成骨细胞是骨组织工程的种子细胞，为研究其在机械刺激离体培养下的受力情况，论文将成骨细胞看作是一种均匀、各向同性、不可压缩粘弹性体，然后应用数值方法将物理关系中的遗传积分展开，从而导出物理关系的矩阵形式。
	9.	Finally , to consider the effect of the compression of the approach embankment to the determination of the tolerable differential settlement , this paper , considering the flexible pavement as viscoelastic multilayers and dividing the moving traffic load into fourier series , presents the formulation and the application of a combination of transfer matrix and laplace transform and fourier transform approach to evaluate dynamic response of the flexible pavement subjected to a moving traffic load under modified plain - strain condition . the predictive capability of the model are verified by the laboratory model 为了考虑车路耦合对路桥过渡段容许差异沉降确定的影响，本文将柔性路面视作粘弹性体层状体系，采用修正的平面应变模型，将移动的车辆荷载用傅立叶级数展开，用传递矩阵配拉氏变换和傅立叶变换法进行了移动荷载作用下柔性路面动力响应分析，并用模型试验证明了理论分析结果的正确性。
	10.	The scielltific computational theories and methods on bird strike to the windshield of aircraft have been systematically studied and summed up in this thesis , such as fem comptltational principles and procedures to elastic dynamic problems under the conditions of small and non - linear finite deformation , 3d viscous elastic constitutive theory and incremelltal expression under the consideration of the rate effect of non - metallic materials like the aircraft windshield , and the numerical compatational principles and key constitutions for impact - contact dynamic subjects 2 、系统学习并归纳总结了鸟体撞击风挡结构问题中的科学计算理论与计算方法。按照鸟撞问题数值计算方法逐步深入的思路，系统总结了小变形结构动力学有限元数值计算方法、有限变形的几何非线性有限元数值计算方法、粘弹性体非线性形变的本构物理关系；对于实施复杂结构有限元动力学计算的载荷增量方法提出了对newmark差分的改进以及进行材料与几何非线性数值计算的细致步骤。

Similar Words：

"粘弹性气体" Chinese translation, "粘弹性试验机" Chinese translation, "粘弹性数分析" Chinese translation, "粘弹性特征参数" Chinese translation, "粘弹性特征时间" Chinese translation, "粘弹性物质" Chinese translation, "粘弹性纤维" Chinese translation, "粘弹性液体" Chinese translation, "粘弹性质" Chinese translation, "粘弹延迟法" Chinese translation