Author
Matthew Pike successfully defended his PhD dissertation. Congratulations Dr. Pike!
Oct. 22, 2015—The title of Dr. Pike’s dissertation is: “Mechanical Modeling of Short Fiber Reinforced Composites Using the Extended Finite Element Method”
Caglar Oskay delivered an invited lecture at United Technologies Research Center
Aug. 25, 2015—Lecture Title: Multiscale Simulation-Based Progressive Damage Modeling of Composite Materials. Location: United Technologies Research Corporation, United Technologies Corporation, East Hartford, CT. Abstract: We will present a multiscale simulation-based failure and life prediction approach for composite materials and structures. This approach is a new alternative to the traditional model-based life prediction paradigm. The multiscale methodology we...
Shuhai Zhang presented his research at EMI 2015 Conference
Jun. 19, 2015—The title of the Shuhai’s presentation is: “Variational Multiscale Enrichment with Mixed Boundary Conditions for Elasto-Viscoplastic Problems”. Presentation Abstract: We present the formulation and implementation of the variational multiscale enrichment (VME) method for the analysis of elasto-viscoplastic problems. VME is a global-local approach that allows accurate fine scale representation at small subdomains, where important physical...
Shuhai Zhang wins the Computational Mechanics Student Poster Competition at EMI 2015. Congratulations Shuhai!
Jun. 18, 2015—Shuhai Zhang was the winner of the Student Poster Competition organized by the Computational Mechanics Technical Committee at the 2015 Engineering Mechanics Conference held at Stanford University, CA. The title of the winning poster is: “Variational Multiscale Enrichment with Mixed Boundary Conditions for Elasto-Viscoplastic Problems”.
Caglar Oskay delivered an invited lecture at the Naval Research Laboratory
May. 19, 2015—Lecture Title: Reduced-Order Multiscale Modeling of Heterogeneous Materials. Location: Materials Science and Technology Division, US Naval Research Laboratory, Washington, DC. Abstract: Tremendous amount of effort has been devoted to the development of multiscale computational modeling and simulation strategies for predicting the mechanical and functional response of heterogeneous materials over the past few decades. The focus...
Caglar Oskay delivered an invited lecture at the Army Research Laboratory
May. 1, 2015—Lecture Title: Multiscale Response and Life Prediction of Composite Materials and Structures. Location: Vehicle Technology Directorate, US Army Research Laboratory, Aberdeen Proving Ground, MD. Abstract: We will present a multiscale simulation-based failure and life prediction approach for composite materials and structures subjected to static and fatigue loads. The multiscale methodology we employ considers the presence...