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Lead Investigators

Paul Dawson
prd5@cornell.edu

Matt Miller
mpm4@cornell.edu

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 Doctoral Students
 
 
Year Name Thesis Contact Info
1985 Timothy Bruce Dewhurst The Simulation of Three Dimensional Metalforming Processes Using State Variable Constitutive Models For Large Strain, Viscoplactic Flow at Elevated Temperature dewhurst@cedarville.edu
Website
1987 Geoffrey Mark Eggert A Large Strain Thermomechanical Forming Model for Elastic-Viscoplastic Behavior in Metals
1988 Anand Jagota Micromechanical Modeling of the Sintering and Compaction of Powder Packings Anand.Jagota@usa.dupont.com 
1988 Kapil
Kumar Mathur
On Modeling Plastic Anisotropy from Grain Orientation (Texture) and Grain Shape in Deformation Processes kkmathur@yahoo.com
1991 Antoinette M. Maniatty Eulerian Elasto-Viscoplastic Formulation for Modeling Steady-State Deformations with Strain-Included Anisotropy Website
1991 Anthony R.C. Farquhar Structural Analysis of Articular Cartilage farquhar@umbc.edu
Website
1991 Yong Shin Lee Modeling Ductile Damage Evolution in Metal Forming Processes yslee@kookmin.ac.kr
1992 David Allen Korzekwa A Contact Area Evolution Model for Friction in Metal Forming dak@lanl.gov
1992 Vincent Carl Prantil An Analytical Description of Macroscopic Anisotropy for Planar Polycrystalline Aggregates prantil@msoe.edu
1993 Daniel Abbott Mosher A State Variable Material Model for Superplastic Titanium-6%AL-4%V MosherDA@utrc.utc.com
1993 Yvan B. Chastel Modeling Anisotropic Deformations of Polycrystalline Materials yvan.chastel@ensmp.fr
Website
1993 Armand J. Beaudoin, Jr. Three-Dimensional Deformation Process Simulation with Explicit Use of Polycrystal Plasticity Models abeaudoi@uiuc.edu 
1995 Gorti Bhimeswara Sarma A Polycrystal Plasticity Model Incorporating Neighbor Interactions for Predicting Deformation Textures sarmag@ornl.gov
1996 Ashish Kumar Polycrystal Modeling with Finite Elements Over Orientation Space kumar_aa@yahoo.com
1998 Ed Harley An experimental study of internal variable evolution in stainless steel 304L at multiple strain rates and temperatures. eharley@amuper.com
Website (company)
1998 Sergey Myagchilov ODF Evolution Modeling for Polycrystals Experiencing Multiple Slip and Twinning with Finite Elements Over Orientation Space 
1999 David Peter Mika Polycrystal Plasticity Modeling of Deformation Microstructures Mika@crd.ge.com
Website 
2001
Nathan R. Barton
Modeling crystal elasto-plasticity and misorientation structure at the subgrain scale.
nrbarton@ucsd.edu
Website

Post Doctoral Research Associates

Marin, Esteban B.
Finite element formulation for elastoplastic response of polycrystals which application to computation of intergranular stresses.  Modeling of HCP polycrystals using constrained hybrid linking hypotheses.
ebmarin@ca.sandia.gov
Loge, Roland
Experiments and modeling of the fatigue behavior of aluminum airframe alloys.  Neutron diffraction experiments of residual stresses in cyclically loaded aluminum.
Roland.Loge@ensmp.fr
Website
Turkmen, Halit
Finite element simulations of polycrystals undergoing cyclic deformations.  Development of a crystal-based hardening law for cyclic loading.
halit@itu.edu.tr
Website

Masters Students
2000
John P. Durkot
A numerical representation of mechanical anisotropy in titanium (Ti-6Al-4V) sheet.

Visitors
Arnaud Menjot de Champfleurs Summer 2003
am386@cornell.edu
Sibley School of Mechanical and Aerospace Engineering