Rui Huang
@RuiHuangUTAus
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CISM Advanced Courses on Wrinkling: This course is aimed at graduate students, PhD candidates, and postdoctoral researchers in engineering, materials science, biophysics and applied mathematics. Where: Udine, Italy.When: May 19-23, 2025.
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RT @UTAerospace: Meet EM Ph.D. student Brandon Clarke who is working on the mechanics of adhesive fracture. Learn about Brandon's research,….
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This chapter illustrates bifurcation and stability by examples. What is a bifurcation diagram? How can we tell a state of equilibrium is stable, unstable, or metastable?.
docs.google.com
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Almost a picture perfect day at Cornell! Warm, high at 87 degrees, with occasional clouds and showers. I walked over 16,000 steps! Beautiful campus all around.
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For this symposium, we have reached the limit on the number of registered participants. No registration is needed for Zoom access, but I was told that the Zoom access is limited to 300.
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There have been some requests to attend the sessions remotely. Thus we have set up a Zoom link for the upcoming AmeriMech Symposium on Fracture of Soft Materials:. (Meeting ID: 998 4329 8144). We do not plan to record.
utexas.zoom.us
Zoom is the leader in modern enterprise cloud communications.
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RT @zhigangsuo: Rui @RuiHuangUTAus and I have just completed a draft of a textbook titled— . Mechanics and Thermodynamics of Polymers. The….
docs.google.com
Thermodynamics of Elasticity The long reach of entropy, energy, geometry, and molecules by Rui Huang and Zhigang Suo Contents Preface Part I 1. Homogeneous Deformation: Uniaxial Stress 2. Homogeneous...
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This book aims to make mechanics and thermodynamics of polymers accessible to many, in diverse disciplines. The book focuses on elastomers, undergoing reversible thermodynamic processes. @zhigangsuo .
docs.google.com
Preface @RuiHuangUTAus, @zhigangsuo Part of a book draft by Rui and Zhigang You are invited to discuss this chapter on X This book aims to make mechanics and thermodynamics of polymers accessible to...
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The technical program for the upcoming AmeriMech Symposium on Fracture of Soft Materials has been posted online: featuring many prominent speakers @zhigangsuo @NPeppas @CretonCost @ProfZhaoMIT @NguyenLabJHU @ShuYangPenn @kevin_t_turner and more.
sites.google.com
Fracture of Soft Materials - An AmeriMech Symposium May 13-16, 2024; Austin, Texas, USA All sessions will be held in the classroom 201 of the AT&T Hotel and Conference Center (Level M2). Lunches will...
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The International Journal of Solids and Structures is pleased to institute an annual Best Paper Award for Young Investigators. The winning paper will receive a certificate and a check for $1500 USD, and will be freely available for a period of two years.
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This is for my new colleague, Dr. Jan Fuhg, who has a postdoc position in computational mechanics and machine learning. Please see details below.
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In collaboration with Elaine Li of UT Physics, we show that Raman spectroscopy can quantify and distinguish the intrinsic shear strain in Moiré Superlattice (formed by twisted bilayer MoS2) and uniaxial normal strain (introduced unintentionally).
pubs.acs.org
In twisted van der Waals (vdW) bilayers, intrinsic strain associated with the moiré superlattice and unintentionally introduced uniaxial strain may be present simultaneously. Both strains are able to...
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@zhigangsuo A thermal system has one variable (energy U). A closed system adds another, volume V. Temperature and pressure are defined by derivatives of S(U,V). Change of variables leads to other functions, U(S,V), H(S,P), F(T,V), G(T,P). Thermodynamics becomes messy and confusing.
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@zhigangsuo Lecture 12: Closed system (4/4). Theory of pure substance.Van der Waals model.
docs.google.com
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@zhigangsuo Lecture 10: Closed System (2/4).. Helmholtz function F(T,V).Gibbs function G(T,P).Thermal capacity, CV(T,V) and CP(T,P). Ideal gas.
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@zhigangsuo Continue on thermodynamics of closed systems. This is a long chapter. Took 4 lectures. Still had to skip some. Lecture 9: Closed System. Characterize a closed system by a function S(U,V). Pressure P.Enthalpy H(S,P).
docs.google.com
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