Oblique cross-section flexural members of the mechanical characteristics and failure modes. Oblique section of bending members the main factor for shear strength. Flexural oblique shear strength formula for conditions. Such a high degree of web reinforcement beams of the preliminary design steps. Resisting moment mapping. Check all of bearing capacity and structural requirements. Construction oblique shear strength calculations

Principle of Structure Design and Calculation Based on Probabilostic Limit State Method History and basic concept of methods for calculation and design Functional requirement of structure Conception of limit state, probabilistic limit state design method Design method, principles, expressions and factors of existing Codes Strength of Materials, action classifications, action combination

Basic Concepts of Reinforced Concrete Structure and Physical and Mechanical Properties of Materials Basic Concepts of Reinforced Concrete(RC) Strength and deformation of concrete under various stress conditions Type ,Grade and Mechanical Properties of Steel Reinforcement Bond between concrete and steel reinforcement

一、理解类的继承性概念以及父类和子类的关系 二、学习使用修饰符 protect、 final、 abstract 三、理解多态性 四、使用接口和内部类 五、熟悉程序开发的过程和类的设计原则

 运算放大器的使用  两级运放的稳定性  极点分离  正零点的补偿  三级运放的稳定性

 电流镜  差分对  差分电压放大器和差分电流放大器

 共源放大器  源极跟随器  共栅放大器

 pn结模型  BJT型晶体管模型  MOS型晶体管模型  MOS型与BJT型晶体管的比较

1、使学生了解建筑构造研究的对象和 任务； 2、掌握建筑物的组成及各组成部分的 作用； 3、了解影响建筑构造的因素； 4、掌握建筑构造设计原则

一、类的继承； 二、类成员的隐藏与重载； 三、多态性； 四、Object类和 Class类； 五、抽象类与接口； 六、对象克隆； 七、对象转型和类的设计原则