Spoiler: It’s not officially supported. But that’s where the fun begins. ANSYS, Inc. provides the free Student version (classic interface, not the newer Discovery Live) for Windows and macOS. No .deb , no .rpm . Yet buried inside the Windows .exe is a cross-platform solver core. The real magic? The Linux version of the solver (Mechanical APDL, Fluent) runs natively. The missing piece is the Workbench GUI.
export ANSYS190_DIR=/opt/ansys/v190 export PATH=$PATH:$ANSYS190_DIR/ansys/bin export LM_LICENSE_FILE=1055@localhost Run the license manager (the student license is local, no internet required after activation). Fire up a test:
Keep a Windows dual-boot for last-minute report graphics. But for the real work? Linux all the way. “The best interface is no interface – just physics and speed.” – Anonymous ANSYS Linux user
fluent 3ddp -g -t4 -i heat_sink.jou The journal file set boundary conditions, ran 500 iterations, and wrote out temperature profiles. Post-processed with ParaView (native Linux). All without ever seeing the ANSYS logo splash screen. Running ANSYS Student on Linux is a rebellious act. You trade hand-holding for control. You trade “Import > STEP” for gmsh command lines. But in exchange, you learn how solvers actually work. And when you eventually land that CAE job, you’ll be the one who can ssh into a 128-core cluster and launch a simulation while everyone else waits for the GUI to load.
Spoiler: It’s not officially supported. But that’s where the fun begins. ANSYS, Inc. provides the free Student version (classic interface, not the newer Discovery Live) for Windows and macOS. No .deb , no .rpm . Yet buried inside the Windows .exe is a cross-platform solver core. The real magic? The Linux version of the solver (Mechanical APDL, Fluent) runs natively. The missing piece is the Workbench GUI.
export ANSYS190_DIR=/opt/ansys/v190 export PATH=$PATH:$ANSYS190_DIR/ansys/bin export LM_LICENSE_FILE=1055@localhost Run the license manager (the student license is local, no internet required after activation). Fire up a test:
Keep a Windows dual-boot for last-minute report graphics. But for the real work? Linux all the way. “The best interface is no interface – just physics and speed.” – Anonymous ANSYS Linux user
fluent 3ddp -g -t4 -i heat_sink.jou The journal file set boundary conditions, ran 500 iterations, and wrote out temperature profiles. Post-processed with ParaView (native Linux). All without ever seeing the ANSYS logo splash screen. Running ANSYS Student on Linux is a rebellious act. You trade hand-holding for control. You trade “Import > STEP” for gmsh command lines. But in exchange, you learn how solvers actually work. And when you eventually land that CAE job, you’ll be the one who can ssh into a 128-core cluster and launch a simulation while everyone else waits for the GUI to load.