A Symposium in Honor of Professor Emeritus Anthony R. Ingraffea
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A Symposium in Honor of Professor Emeritus Anthony R. Ingraffea
Computer Simulation and Physical Testing of Complex Fracturing Processes
School of Civil and Environmental Engineering, Cornell University, September 27, 2014
Ingraffea Symposium Directory with Abstracts and URLs.pdf
Ingraffea Symposium Background Resources
Session 1: John Abel, Session Chair
Welcome Remarks by Phillip L. Liu and John Abel
- A Concrete Damage Plasticity Model For Ancient Roman Pozzolanic Concrete Vaulted
Structures by Renato Perucchio
- State-Based Peridynamic Lattice Modeling of Reinforced Concrete Structures by Walter Gerstle
- Thunderhead Engineering – Continuing the Rand Hall Ethos by Daniel Swenson
Session 2: Bruce Carter, Session Chair
- Working with Tony is everything it's cracked up to be by Keshav Pingali
- Non-manifold Geometric Modeling as a Framework for Computational Mechanics
Simulations by Luiz Fernando Martha
- A Short History of Crack Growth Simulation Software Developed at Cornell University by Paul Wawrzynek
Session 3: Paul Wawrzynek, Session Chair
- 3D Characterization and Modeling of Fatigue Cracks by Anthony D. Rollett
- Multiscale Materials Modeling by Chuin-Shan David Chen
- On the Virtual Crack Extension for Calculating the Energy Release Rate and Its
Derivatives by Changyu Hwang
Session 4: Derek Warner, Session Chair
- Methane Emissions Make Shale Gas a Bridge to Nowhere by Robert Howarth
- X-Ray Micro Computed Tomography Based Study of the Effects of Copper-Rich
Segregation Structures on Microstructurally-Small Fatigue-Crack Propagation in Al-Cu
Alloys by Jacob Hochhalter
- Toward High-Fidelity Multi-Scale Modeling of 3D Crack Evolution by Ashley Spear
Closing Remarks by John F. Abel
Recent Submissions
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(28) Resource: Anthony R. Ingraffea – Background Resources
(The Internet-First University Press, 2014-09-27) -
(29) Resource: Anthony R. Ingraffea – Curriculum Vitae
(2014-09-27) -
(26) Resource: Anthony R. Ingraffea – A Brief Biography
(The Internet-First University Press, 2014-09-27)Anthony Ingraffea, known to most as “Tony,” retired on June 30, 2014. He enjoyed two years as a structural engineer with the Grumman Aerospace Corporation and two years as a county engineer with the Peace Corps in Venezuela ... -
(31) Resource: Anthony R. Ingraffea – Symposium Group Photo with Identifications
(The Internet-First University Press, 2014-09-27) -
(24) Toward High-Fidelity Multi-Scale Modeling of 3D Crack Evolution (slides)
(The Internet-First University Press, 2014-09-27)In the ultimate quest to achieve predictive capabilities for crack evolution across multiple length scales, the final generation of Prof. Ingraffea’s graduate students stood on the shoulders of their predecessors, leveraging ... -
(22) X-Ray Micro Computed Tomography Based Study of the Effects of Copper-Rich Segregation Structures on Microstructurally-Small Fatigue-Crack Propagation in Al-Cu Alloys (slides)
(The Internet-First University Press, 2014-09-27)Microstructural features significantly influence fatigue crack growth, particularly during the early stages of initiation and growth, which can account for the majority of life. In the present study, high-resolution X-Ray ... -
(20) Methane Emissions Make Shale Gas a Bridge to Nowhere (slides)
(The Internet-First University Press, 2014-09-27)Only in the past decade of so have two technologies (high-volume hydraulic fracturing and precision directional drilling) combined to allow extracting natural gas from shale, and half of all shale gas ever developed has ... -
(18) On the Virtual Crack Extension for Calculating the Energy Release Rate and Its (slides)
(The Internet-First University Press, 2014-09-27)This presentation introduces a numerical method for calculating the energy release rates and their higher order derivatives for a multiply cracked body under general mixed-node conditions in two and three dimensions. This ... -
(16) Multiscale Materials Modeling (slides)
(The Internet-First University Press, 2014-09-27)Fracturing processes occur at different materials length scales and naturally call for multiscale modeling. In this talk, I will present my journey on multiscale materials modeling, descended from my Ph.D. and Postdoc ...
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