4Timely counseling.induction and summary In the study of emphases of difficulties of the course,a certain amount of homework is arranged for practice.Setting up regular question for answering system is to help students'learning process in time. ⑤Examination method Using elose-book Examination,and referring to the normal operation and lectures. 2.Teaching content 2.1 Basic Concepts of Reinforce Conerete Struetures and Physical and Mechanical Properties of Materials To understand the physical mechanic properties of reinforcement and concrete materials,the basic concept of reinforcement concrete,and grasp its advantages and disadvantages.To acquaint with the basic concept and characteristics of concrete strength and deformation,like compressive strength and tensile strength,stress-strain curve feature,elasticity modulus,shrinkage and creep of concrete. To comprehend the stress-strain curve feature of reinforcement,level and type of common reinforcement,and its physical mechanics indicator To learn the bonding and the reasons on working together of steel and concrete. 2.2 Structural Probabilistic Design Method and Prineiples Basic concepts of probabilistic limit state design method,functional requirements for structure design.Structural failure and reliability index.calculation principles of the CHBC,design values of concrete strength and action combinations. 2.3 Caleulation of Load-Carrying Capacity of Flexural Members To leamn the failure mode and mechanical behavior of whole process for flexural members and the basic calculation principles of load-carrying capacity of normal section for flexural members.To understand the basic formulas and application conditions and calculation method of the singly-reinforced rectangular section fexural member and doubly reinforced flexural members with rectangular section,the difference among T-shaped flexural members,the first kind of T-beam and the second