材料力学

Materials mechanics " are the machinery, a construction class specialized important specialized fundamental course. "

材料力学 》 是机械 、 木类专业的一门重要的专业基础课.

Pre-course: Heat Transfer, Fluid Dynamics, Engineering Thermodynamics, Mechanics of Materials, General Chemistry.

先修课程: 传热学, 流体力学, 工程热力学, 材料力学, 普通化学.

The beauty of the Mechanics of Materials mainly shows simple, harmonious, novel, technical and applied.

材料力学中的美主要体现在简洁美 、 和谐美 、 新奇美 、 技巧美、应用美等几个方面.

Traditional mechanics of materials method applied to designing strain-gauge balances is simplified much more.

用传统的材料力学方法设计应变天平时要作较大的简化.

Mechanics of materials is an important basic course of Civil Engineering.

《材料力学》课程是土木工程专业重要的专业基础课.

Have filled in the blank of the mechanics performance materials of material.

填补了材料力学性能资料的空白.

The double-module effect of foam-solid isn � � t included in the existing mechanical models.

目前常用的泡沫材料力学模型均不能反映出该材料的拉压双模量效应.

The generalized concepts on superposition method in mechanics of materials are elaborated.

阐述了“叠加法”在材料力学中较广义的概念.

Ifs a kind of phemonemon of anisotropic material to crack hot rolled drawing sheet.

摘要热轧冲压板开裂现象是一种板材料力学性能各向异性的表现.

Objective of mechanics of materials: to determine the stresses, strains, and displacements in structures.

材料力学的目的: 确定结构(内部)的应力 、 应变和变形.

Mechanics of materials is a branch of.

材料力学乃应用力学之分枝.

Martensitic transformation is one of the important means to improve the properties of steel and iron.

马氏体相变是改善钢铁材料力学性能的1种重要途径.

The CPC electronic packaging materials have the best integrated properties when annealed under the temperate.

研究了不同退火工艺对轧制复合CPC电子封装材料力学性能、物理性能的影响.

Analogy is an exploratory and creative method in materials mechanics teaching.

类比法是材料力学中颇具探索性和创造性的一种思维方法.

Huge surface energy and surface stress should also affect the mechanical properties of low-dimensional materials.

巨大的表面能和表面应力也可能导致低维材料力学性能的变异.