Advanced Gas Bearing Dynamics Simulation
PalAero Software
PalAero, Gas Bearing Simulation
PalAero provides high-precision computation of dynamic coefficients and stability analysis for gas-lubricated bearings, supporting engineers in designing efficient and reliable rotor–bearing systems.
Developed from advanced tribodynamics research, PalAero combines accuracy, numerical robustness, and ease of use for gas bearing simulation and analysis.
The mathematical model of PalAero is based on several years of scientific research on tribology and lubrication of Gas Bearing.
Gas Bearing Dynamics with a Multi-Physical Software
A multi-physical approach is needed to obtain accurate predictions of the bearing performance including the dynamic coeeficients or the dissipated power.
The physical engine of PalAero is produced and maintained by a senior scientist, expert in Tribology and Bearings.
With PalAero, you can obtain easily common outputs such as Dynamics Coefficients or dissipated power.
PalAero is usable directly online with an internet connection from different media (PC, tablet or mobile)
Mihai Arghir, senior scientist in tribology, expert in Bearings
"PalAero is aimed at professionals who have needs and requirements in terms of rotor-bearing systems expertise. Already used by certain large industrial groups, our objective is now to widely distribute PalAero by relying on SaaS (Software as a Service) distribution to make PalAero a benchmark in rotor-bearing calculations."
How to use PalAero
Step 1. Go to the software and create your account
Step 2. Activate your account by the link receive on your email address
Step 3. Subscribe to the Starter Offer
Step 4. Perform your own calculations