Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可以表征复合材料的各向异性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬态温度场、弹性热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上功能梯度层的材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交性可以表征复合材料性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对性材料瞬态温度场、弹性热应力问题从理论到计算做 了一定。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交性。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤性，引入裂纹密度表示损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面性场情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可以表征复合材料的各向异性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬态温度场、弹性热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的情况下,应用界面化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可复合材料的各向异性特。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬态温度场、弹性热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在面各向异性场的情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向可以表征复合材料的各向征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向材料的瞬态温度场、弹热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各向的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在边界条件和在考虑表面各向场的情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各可以表征复合材料的各特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各材料的瞬态温度场、弹热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非边界条件和在考虑表面各场的情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可以表征复合材料的各向异性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬态温度场、弹性热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料沿厚度连续，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的情况下,应用界面重方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可以表征复合材料的各向异性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬态温度场、弹性热应力问题到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯度层的材料参数沿厚度连续化，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳损伤的各向异性，引入裂纹密度表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

Complex analysis of anisotropic elasticity indicates that the degree of anisotropy (orthotropy) is characterized by two basic complex parameters.

正交各向异性可以表征复合材料的各向异性特征。

Some work about transient temperature, thermo-elastic stress of aeolotropic material has been done in this thesis.

本文对各向异性材料的瞬场、弹性热应力问题从理论到计算做 了一定的工作。

The functionally graded layers are inhomogeneous along the thickness direction, while the piezoelectric layer is homogeneous;both possess material orthotropy.

假设上下功能梯层的材料参数沿厚连续化，而压电层则是均匀材料，并且它们都是正交各向异性的。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引密表示的损伤张量形式。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。