News

ACCESS compute time awarded!

Our proposal, Computational Fluid Dynamics Modeling of Cardiovascular Flow, for compute hours through the NSF ACCESS program was awarded for 675,000 SUs on Purdue Anvil.  Looking forward to putting these hours to use!

Duke/Duke-NUS Collaborative 2022 Pilot Project Funded

We are excited to announce that our collaborative proposal with Liam Zhong from Duke-NUS was funded. This award will support further development of patient-specific, cardiovascular models.

Randles awarded an R21 grant to investigate coronary bifurcation lesions

We are excited to work with Dr. Eric Chi from Rice University and Dr. Jane Leopold from Brigham and Women's Hospital to investigate biomarkers for guiding coronary artery bifurcation lesion interventions using personalized flow modeling and machine learning.

Manuscript introducing APR technique published at IEEE Cluster

Our Adaptive Physics Refinement method is introduced in the manuscript published at IEEE Cluster. Daniel Puleri presented the findings at the conference in Heidelberg, Germany. This project is the culmination of a large collaborative effort between Oak Ridge National Lab, Livermore National Lab…

Aristotle awarded CBTE NIH T32 Fellowship!

Aristotle Martin was awarded the Center for Biomolecular and Tissue Engineering (CBTE) T32 Fellowship. Congrats Aristotle!

Daniel defends his PhD!

Daniel defends his PhD titled "Multiphysics Framework for the Study of Cancer Cell Transport".  Congrats Dr. Puleri!

APR paper accepted to IEEE Cluster

Our paper entitled 'High Performance Adaptive Physics Refinement to Enable Large-Scale Tracking of Cancer Cell Trajectory' was accepted to IEEE Cluster 2022. This work was the culmination of a huge effort from our lab (Daniel, Sayan, Peter, Jeff, Adebayo, Simbarashe, and Prof. Randles) as well…

Cyrus passed his prelim!

Cyrus Tanade passed his prelim in BME and is now officially a Ph.D. Candidate.  Congrats Cyrus!

Randles presents cancer research at 2022 QSP

Professor Randles presented a talk entitled 'Computational modeling to optimize treatment schedules for glioblastoma' at University of Buffalo's 2022 Quantitative Systems Pharmacology Symposium (QSP) Thursday July 28th at 10:45am.

Randles Lab at the 9th World Congress of Biomechanics

This week we'll have several talks at the 9th World Congress of Biomechanics (WCB).  Prof. Randles will be giving an invited talk entitled 'Developing high-resolution models of cell transport in the microcirculation' in the Microcirculation Mechanics: Structure and Function session on…

Project let by Sayan wins Best Paper!

Sayan Roychowdhury is lead author on paper 'Establishing metrics to quantify underlying structure in vascular red blood cell distributions' which was selected as the Best Main Track Paper at the International Conference on Computational Science (ICCS 22).  This work as in collaboration with…

Randles Lab at ICCS

We will be presenting 3 talks at the International Conference on Computational Science (ICCS) in London, United Kingdom taking place June 21-23.  The following papers will be presented: C. Tanade, S. Putney, and A. Randles. "Developing a Scalable Agent-Based Model of 3D Tumor Growth."…

Randles presents at GE Symposium

Professor Randles presents an invited talk entitled 'Patient-specific modeling of cardiovascular hemodynamics' at the GE Simulation Symposium. 

Randles recognized as an ACM Senior Member

Professor Randles was recognized as a Senior Member of the Association for Computing Machinery (ACM).  

Daniel's paper on adhesive receptor patterns published in BMMB

Daniel Puleri's paper 'The role of adhesive receptor patterns on cell transport in complex microvessels' was published in Biomechanics and Modeling in Mechanobiology. This work introduces a computational model of cellular adhesion and uses it to interrogate how the relationship between receptor…