摘要
应用等效夹杂的细观力学理论,针对一种与取向相关的细长椭球颗粒填充情况,研究复合固体推进剂粘弹本构方程,发现颗粒对基体的增强效应主要体现在颗粒的纵向,得到了颗粒无序取向对基体的增强效应与颗粒单轴取向对基体沿该取向的增强效应之间存在一个定量的等效关系。
The Eshelby's equiralent inclusion theroy of micromechanics was used to analysis composite soild propellent filled leptosomatic ellipsoidal inclusions A new conclusion was discovered that the particles' reinforce effects to matrices mostly were obtained from the particles' portrait and onedimensional mechanical behavior of isotropic composite solid propellent with filler volume fraction f is equal to axial mechanical behavior of unidirectionally alignd leptosomatic ellipsoidal inclusions' composite with filler volume fraction f d
出处
《推进技术》
EI
CAS
CSCD
北大核心
2000年第1期75-78,共4页
Journal of Propulsion Technology
基金
国家自然科学基金资助项目! ( 19870 2 76)
关键词
复合推进剂
微观力学
粘弱性力学
增强材料
Composite propellent
Micromechanics
Viscoelastic mechanics
Constitutive equation
Reinforcing material
