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ES 220. Fluid dynamics

Class

This course was taught by Prof. Rice. Very good course. 1. Continuum mechanics fundamental 2. Visuals 01, Introductory Continuum Mechanics, applied to the Dynamics of Ideal Incompressible Fluids 3. Visuals 02, Dynamics of Viscous Incompressible Fluids 4. Visuals 03, Rotation-Dominated Large Scale...

Traveling

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An improved model for naturally curved and twisted composite beams with closed thin-walled sections

Publication: Journal Article

Yu, A.M., J.W. Yang, G.H. Nie, and X.G. Yang. 2011. “An Improved Model for Naturally Curved and Twisted Composite Beams With Closed Thin-Walled Sections”. Composite Structures 93 (9): 2322-29.

Analysis of sinusoidal interfacial wrinkling of an anisotropic film sandwiched between two compliant layers

Publication: Journal Article

Yang, Jiawei, and Guohua Nie. 2014. “Analysis of Sinusoidal Interfacial Wrinkling of an Anisotropic Film Sandwiched Between Two Compliant Layers”. Journal of Applied Mechanics 81 (9): 091013.

iMechanica

Link

Web of mechanics and mechanicians.

ES 242r. Theory of plates and shells

Class

This classic course on plates and shells was taught by Prof. Hutchinson, which was the last course he taught before his retirement. 1. Curved beam theory 2. Nonlinear plate theory 3. Linear and nonlinear shell theory

ES 162. Hydrology and environmental geomechanics

Class

This course was taught by Prof. Rice. Class materials will be posted soon.

Album

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Zhigang, Jiawei at 2023 SES, Minneapolis, MN. Prof. Langer and Jiawei. 08/13/2019 Langer Lab Beach Party. 08/13/19 Grauation ceremony with my family. Jill Yang, Sisi Zhuang, Scarlett Yang and Jiawei Yang. 05/30/2019 Second daughter Scarlett Yang was born on 01/30/2019, with her elder sister Jill...

AP 282. Solids: Structure and Defects

Class

This course was taught by Prof. Spaepen.

ES 246. Plasticity

Class

This course was taught by Prof. Suo. There are so many interesting topics. I will post some of them. 1. Classic Considere condition 2. Thermal ratcheting 3. Perfect plasticity 4. Viscosity