混合物理论的英文

• theory of mixtures

• "混合物"英文翻译    mixture; compound; mix; vari ...
• "理论"英文翻译    theory
• "活化络合物理论" 英文翻译 :    activated complex theory
• "物理状态混合物" 英文翻译 :    physical mixture; physicalmixture
• "混合物" 英文翻译 :    mixture; compound; mix; varia; intermixture; hodge-poadge; miscellany; impurity; mix-up admixture; hybrid
• "拌合物；混合物" 英文翻译 :    mixture
• "混合,混合物" 英文翻译 :    mixture
• "混合的，混合物" 英文翻译 :    mixed
• "混合物；混合" 英文翻译 :    intermixture
• "理论物理" 英文翻译 :    theoretical physics
• "理论物理学" 英文翻译 :    theoretical physics
• "万物理论" 英文翻译 :    theory of everything
• "微生物理论" 英文翻译 :    germ theory; germtheory
• "物理理论" 英文翻译 :    physical theory
• "物理论证" 英文翻译 :    physical argument
• "化合物混合物" 英文翻译 :    compound
• "物理混合" 英文翻译 :    physical mixing
• "掺质，混合混合物" 英文翻译 :    admixture
• "混合物；组合；混合；配料" 英文翻译 :    mix
• "化合物,复合物,混合物" 英文翻译 :    compounds
• "混合长理论" 英文翻译 :    mixing length theory
• "混合理论" 英文翻译 :    mixing theory
• "理论混合比" 英文翻译 :    theoretical mixture ratio
• "理论混合气" 英文翻译 :    theoretical mixture
• "保温混合物" 英文翻译 :    incubation mixture

• Biphasic porous medium model based on mixture theory can be used to accurately depict the mechanical behavior of articular cartilage
  基于混合物理论的两相多孔介质模型能准确描述关节软骨的力学行为。
• The development of finite strain consolidation theories based on continua mechanics and mixture theory is detailed and the differences and consistency between these theories are remarked on
  介绍了基于连续介质理论和混合物理论的大应变固结理论的发展，论述了两种一维大应变固结理论之间的差异及其一致性。
• Biphasic porous medium model based on mixture theory can be used to accurately depict the mechanical behavior of articular cartilage , and the permeability of articular cartilage is related to volume strain of solid phase
  摘要基于混合物理论的两相多孔介质模型可以准确描述关节软骨的力学行为，关节软骨的渗透率与固体相体积应变相关。
• ( 2 ) a statistical damage constitutive model is used to explore the feature that the stress - strain curve of damage rock curls upward when the loaded stress is little . and the mixture method is used to realize the coupling of rock without damage , damage and fluid
  ( 2 )探讨了用损伤统计本构模型模拟应力应变曲线第一阶段稍向上弯曲特征建模问题，采用混合物理论探讨了非损伤岩石、损伤和液相的耦合问题和模拟应力应变曲线第一阶段稍向上弯曲特征建模问题。
• Fourthly , with the finite element program , the author analyzes the relationship between the load magnitude or frequency and range of breakage or pore pressure . this can provide appropriate parameters for the method of vibrating grouting . fifthly , adopting the compressible porous medium , the author adduced dynamic theory of liquid saturated porous medium to analyze the displacement and force in the sand when there is dynamic load below the earth surface
  基于连续介质力学的混合物理论建立的多孔介质理论和动力控制方程，假设砂土满足各向同性并处于弹性小应变状态，竖向振动力将在饱和砂土内部产生三种波，分析了这些波的弥散曲线和特征衰减曲线，从波传播的角度，研究了振动力参数和土性参数对振动范围的影响。
• Based on the review of coupling theory of porous media , a nonlinear mathematics mechanical model and the governing differential equation of the coupled problem of thermal - gas fluid - mechanical are derived from the theory of continuum mechanics and mixture theory . a constitutive equation of the porous media is obtained in the coupling processes
  在全面系统的回顾与总结多孔介质多物理场耦合分析与模拟的研究成果的基础上，以混合物理论以及流体、应力、温度相互作用的机理为基础，建立温度场、渗流场、应力场三场耦合分析的非线性数学模型。
• Bone will produce electrical potential when subjected to deformation . it is necessary to research the role of the potential in bone growth , remodeling . according to the physiological structure of bone tissue , the biphasic porous medium model , which is based on the mixture theory in continuum frame , is established to depict the distortion and stress field of bone matrix , the flowing field and the resulting electric field when the bone tissue is subjected to outside force
  <中文摘要> =由于骨内应力能够产生电位并促进骨的发生和重建，为明确其作用机理，论文在连续介质力学框架内的混合物理论的基础上，根据骨组织的生理结构特点，应用两相多孔介质模型来描述骨组织在受外界作用下的变形场、应力场、流动场以及由此产生的电场。
• But so far , regarding soil as porous media , using mixture theory and multi - field coupling theory , the structural characteristics and failure mechanism of rsrw have not been studied . this certainly will affect the farther development of rs theory and the extensive application of rs technology . in this dissertation , based on research findings at home and abroad on rsrw and
  然而将土体视为多孔介质,利用混合物理论、多场耦合理论对加筋土挡墙的结构特性及破坏机理的研究到目前为止尚未开展,这必然会影响加筋土理论的进一步发展和加筋土技术的推广应用。