Need to study structural mechanics to design properly to prevent failure There is no doubt that any of the disciplines of Aeronautics and Astronautics can contribute to an accident -engine failure -etc. But, the vast majority of non-human induced accidents is due to structural
9.1 Ionic radius ratio & coordination polyhedra of ions 9.2 The crystal structures of some 9.3 Lattice energy 9.4 Ionic radii 9.4.1 How to determine ionic radii 9.4.2 Effective ionic radii 9.4.3. The trend of variation of ionic radii 9.4.3 Polarization of ions 9.5 The Pauling rule of Coordination polyhedra for ionic crystals 9.6 Structural chemistry of silicates
8.1 Metallic bond and general properties of metals 8.1.1 The “free-electron” model of metal 8.1.2 The Band Theory of Solids 8.2 Close-packing of spheres and the structure of pure metals 8.2.1 packing of identical spheres 8.2.2 Packing density 68.02% 8.2.3 Interstices 8.2.4 A structural survey of pure metals 8.2.5 Atomic radii of metals 8.3 The structures and properties of alloys 8.3.1 The structure of metallic solid solutions 8.3.2 The structure of metallic compounds 8.3.3 The structure of interstitial metallic compounds
Outline Structural Testing Why testing is important Types of Sensors, Procedures.... Mass, Static Displacement, Dynamics Test Protocol for 16.810 Explain protocol Sign up for time slots 16.810(16.682) Massachusetts Institute of Technology
结构被动调谐减震控制概述 Introduction to passive tuned vibration control 单质点结构被动调谐减震控制 Passive tuned vibration control of SDOF system 多质点结构被动调谐减震控制 Passive tuned vibration control of MDOF system 结构被动调谐减震控制的工程应用 Applications of passive tuned vibration control in civil engineering
