Theory of Elasticity

coursetab

c_lecno	Title	files
1-1	Fundamentals on Vectors and Tensors	4487.jnt
1-2	To carry out Tensor operations	4488.jnt
1-3	Deformation	4489.jnt
1-4	Stress and Equilibrium Equations	4490.jnt
1-5	Principles useful in Elasticity	4491.jnt
1-6	Homogenization Method	4492.jnt
1-7	Homogenization: 1-D case	4493.pdf
1-8	Homogenization: 3-D case	4494.jnt
2-1	Part2: Elastic wave propagation	4495.jnt
2-2	Longtudinal waves	4496.jnt
3-1	Flexural waves by Euler-Bernoulli Theory	4497.jnt
3-2	Reflection, Transmission, Impact using E-B Beam Theory	4498.jnt
3-3	Timoshenko Beam Theory	4499.jnt
4-1	Wave Equations for Elastic Bodies	4500.jnt
4-2	Reflection and refraction at an Interface	4501.jnt
4-3	Continuation on Reflection and Refraction in Half-space	4502.jnt
4-4	Free Boundary Special Cases	4503.jnt
4-5	P/SV waves in Two-Material Interface and SH wave Reflection on Traction-Free Surface	4504.jnt
5-1	Waves in an Infinite plate-mixed conditions	4505.jnt
5-2	Waves in Infinite plates traction-free case	4506.jnt
5-3	SH waves in an Infinite plate and Love waves	4507.jnt

code:

446.681_2008F

level:

year:

term:

staff:

Prof. Kim, Yoon Young

c_regdate:

2009-04-15 20:39:06

department: