7.1. Overall Structural Behavior of VS 7.2. Shear Wall Subsystem 7.3. Shaft (Tube) Subsystem 7.4. Rigid Frame Subsystem

Lecture 2: Molecular Design and Synthesis of Biomaterials I: Biodegradable Solid Polymeric Materials(continued) hemistry and physical chemistry of degrading polymeric solids for biomaterials Today Theory of polymer erosion Enzymatic degradation of synthetic biomaterials Designing degradable materials Reading

Asynchronous Circuit Design a Mainly use Combinational Logic to do the decoding Address decoder Fifo/Ram Read or Write pulse The output logic does not have any relationship with any clocking signal a Usually the Decoding Glitch can be monitored at the output signal

上海交通大学：《结构概念设计 Conceptual design》教学资源_Conceptual Design for Structures

The reasons to limit lateral deflection are: - To avoid damage problem in building associated with shear racking and bending deflection. - To avoid uncomfortable horizontal movement of the occupants

7.1. Overall Structural Behavior of VS 7.2. Shear Wall Subsystem 7.3. Shaft (Tube) Subsystem 7.4. Rigid Frame Subsystem

4.1. Space Organization of Subsystems 4.2. Total System Analysis 4.3. New Design Concepts 4.4. Examples

FEM fundamental concepts analysis procedure Errors mistakes, and accuracy Cosmos Introduction(ca 30 min) Follow along step-by-step Conduct Fea of your part( ca 90 mi Work in teams of two First conduct an analysis of your CAd design You are free to make modifications to your original model

Plan for Today CAD Lecture(ca 50 min) CAD History, Background Some theory of geometrical representation SolidWorks Introduction(ca. 40 min) Follow along step-by-step Create CAD model of your part(ca. 90 min) Work in teams of two Use hand sketch as starting point

上海交通大学：《结构概念设计 Conceptual design》教学资源（课程讲义）Conceptual Design for Structures