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The following new or updated CFD jobs have been posted in the
CFD Jobs Database since last week (Sun, Nov 2, 2025):
#19873: Postdoctoral Position on Real-time Prediction via Deep Learning
Beihang University, PostDoc Position
China, -- Please Select (only U.S. / Can / Aus), Hangzhou
#19872: CSC Master's Scholarship positions in Beihang University
Beihang University, PhD Studentship
China, -- Please Select (only U.S. / Can / Aus), Hangzhou
#19871: Data Science and Engineering (DSE) PhD Positions at ORNL/UTK
Oak Ridge Nat Lab / University of Tennessee, PhD Studentship
United States, TN, Knoxville
#19870: PhD in Microfluidics
Mahindra University, PhD Studentship
India, Telangana, Hyderabad
#19869: Engineer – Implementation & Digital Developments for CFD
Safran SA, Job in Industry
France, Magny Les Hameaux
#19868: Postdoc position in entropy stable methods
Old Dominion University, PostDoc Position
United States, Virginia, Norfolk
#19867: Seven fully funded PhD scholarships - EPSRC CDT
University of Bristol, PhD Studentship
United Kingdom, Bristol
#19866: Open Rank Faculty Position at UNC Charlotte
University of North Carolina at Charlotte, Job in Academia
United States, NC, Charlotte
#19865: Junior Research fellow
Indian Institute of Technology Hyderabad, Job in Academia
India, Telangana, Sangareddy, Hyderabad
To learn more about these jobs please visit the CFD Jobs Database at https://www.cfd-online.com/Jobs/
The following new or updated CFD jobs have been posted in the
CFD Jobs Database since last week (Sun, Oct 26, 2025):
#19864: PhD researcher
University of Louvain (UCLouvain), Job in Academia
Belgium, Louvain-la-Neuve
#19863: CFD Engineer
Dream Innovation srl, Job in Industry
Italy, Italy, Pomigliano D'Arco (NA)
#19862: Postdoctoral position in Turbomachinery Aerodynamics
Lund university, Job in Academia
Sweden, Skane, Lund
#19861: PhD on Multiphase flows with particles
Universitat Rovira i Virgili, Job in Academia
Spain, Tarragona
#19790: Multiple PhD Positions in CFD and Fluid Structure Interaction
Florida State University, PhD Studentship
United States, FL, Tallahassee
#19725: ML for particle-laden flows (Self-funded applicants)
Newcastle University, PhD Studentship
United Kingdom, Newcastle upon Tyne
#18573: PhD positions in astrophysics, stellar physics, solar physics
Max Planck Institute for Solar System Research/IMPRS, PhD Studentship
Germany, Lower Saxony, Göttingen
To learn more about these jobs please visit the CFD Jobs Database at https://www.cfd-online.com/Jobs/
The following new or updated CFD jobs have been posted in the
CFD Jobs Database since last week (Sun, Oct 19, 2025):
#19860: Postdoctoral Research Associate
University of Virginia, PostDoc Position
United States, Virginia, Charlottesville
#19859: HPC Linux & ANSYS Installation Specialist
Industrious Group, Contract Work
United States, Pennsylvania, Philadelphia
#19858: Postdoctoral Fellowship 2026 (CFD Project, Mahidol, Thailand)
Department of Mechanical Engineering, Faculty of Engineeering, , PostDoc Position
Thailand, Bangkok, Nakorn Pathom
#19857: PhD Studentships at the University of Hertfordshire
University of Hertfordshire, PhD Studentship
United Kingdom, Hertfordshire, Hatfield
#19855: Postdoctoral Scholar
IIT Hyderabad, Job in Academia
India, Telangana, SANGAREDDY
#19854: PhD - Research
SRMIST KTR CHENNAI, PhD Studentship
India, Tamil Nadu, chennai
#19853: CFD Modelling Specialist
B-Fluid Ltd., Job in Industry
Ireland, Dublin, Dublin
#19852: PhD in CFD modelling of clogging of steel flows with s
McMaster University, PhD Studentship
Canada, Ontario, Hamilton
#19782: Ph.D. Research Scholar Position – Electronic Cooling
CEEC, SRMIST KTR, Job in Academia
India, Tamil Nadu, Chennai
To learn more about these jobs please visit the CFD Jobs Database at https://www.cfd-online.com/Jobs/
November 11, 2025 at 11:00 am EST - 2:00 pm EST.
Discover how to unlock the full potential of your CFD simulations with optimization, even for your day-to-day projects. This workshop is designed for Ansys Fluent users who want to go beyond traditional simulation and start leveraging the built-in optimization tools available in their existing Ansys Workbench license. We’ll show you how to get started with the freemium optimizer, scale up with optiSLang, and integrate AI to accelerate innovation by up to 6X. Through real-world use cases, you’ll learn how to reduce engineering time by 45% and cut design costs by 27%, all while improving performance and reliability.
India, December 20, 2025
Mathematical modeling of complex fluids and flows involves
applying mathematical and computational techniques to
understand the behavior of fluids exhibiting non-Newtonian
and/or multi-phase characteristics. Examples of such fluids
include suspensions, emulsions, polymers, and biological
fluids.
Description:
Mathematical modeling of complex fluids and flows involves
applying mathematical and computational techniques to
understand the behavior of fluids exhibiting non-Newtonian
and/or multi-phase characteristics. Examples of such fluids
include suspensions, emulsions, polymers, and biological
fluids. The complexity of these systems arises from the
interaction of multiple components—such as particles,
droplets, or macromolecules—as well as their non-linear and
often time-dependent rheological properties.
To model complex fluids and flows a variety of mathematical
approaches are employed. Continuum-based methods such as the
Navier–Stokes equations describe the macroscopic behavior of
fluids while discrete methods such as molecular dynamics and
Monte Carlo simulations explore the interactions at a
microscopic level. These techniques allow researchers to
investigate how individual interactions collectively
influence macroscopic properties like viscosity, elasticity,
and yield stress. Moreover, numerical simulations are
increasingly used to predict and optimize complex fluid
behavior in applications spanning microfluidics,
pharmaceuticals, food processing, and the oil and gas
industry. Insights gained from these simulations help in
designing efficient and effective processing strategies for
handling complex fluids in practical systems.
Summary: With preCICE v3.3.0, we focused on improving clarity, portability, and tooling. The new release brings clearer coupling-state output and more helpful error messages. Tooling has been reworked significantly and is now bundled in the new preCICE CLI. Platform support—especially for Windows via MSYS2—has been expanded.
Release on GitHub: https://github.com/precice/precice/pull/2369
Blog post: https://precice.discourse.group/t/highlights-of-the-new-precice-release-v3-3/2636