Our computational physics group focusses on developing mathematical
models of fascinating physical phenomena primarily (but not only)
related to fluid mechanics and heat transfer and their further
implementing by employing advanced highly scalable numerical
techniques. The activity of our group can be informally divided into
three main parts:
*development of advanced computational algorithms;
*basic research of fundamental mechanisms of complex
flow;
*heat transfer phenomena and applied research;
In our research we infer the acquired computational and theoretical
experience to realistic engineering applications. We are always open
for fruitful collaboration with theoreticians and experimentalists
from all fields of applied sciences, chemistry and biology to extend
our understanding of complex physical mechanisms.
Congratulations to Mr. Shay Tor for successfully defending his Master's degree.
Congratulations to Dr. Mukesh Kumar for joining our research as a Post Doctoral Scholar. Good luck, Mukesh.
Congratulations to Dmitry Zviaga for successfully defending his M.Sc. Good luck in your new position in RAFAEL.
Congratulations to Kirill Goncharuk for joining our research as a Ph.D. candidate. Good luck, Kirill.
At yfeldmanlab, we are passionate about exploring new frontiers in scientific research. Our team is engaged in cutting-edge projects aimed at unraveling the mysteries of the natural world and addressing pressing scientific challenges. This is a place where our team shares a common goal of making significant contributions to the scientific community. Learn more about our research areas and the impact of our work.
Discover More
Ph.D. student
(jointly with Dr. Lior Atia)
Development of numerical and experimental model for the tumor celal progression and metastasis
Post Doctoral Scholar
Development of advanced numerical methodology for simulation of emergencies in nuclear reactor
Ph.D. student
(jointly with Dr. Oz Oshri)
Investigation of volume-constrained deformation of a thin sheet within viscous fluid
M.Sc. student (prospective)
Development of accelerated numerical framework for the simulation of two-way coupled fluid-structure interaction
Department of Chemistry
Science Center
500 Terry Francine St.
San Francisco, CA 94158
info@mysite.com
123-456-7890