Industry Background
It is applicable for numerical calculations required in scientific research and engineering computing, and may leverage the advantages of quantum computing to improve the simulation speed. As scientists and engineers gradually uplevel their demand for flow simulation accuracy and simulation scale, traditional computing models can no longer deliver the high efficiency required for large-scale scientific computing. On the other side, quantum computers enable sub-linear acceleration when exploring numerical solutions of governing equations, thereby improving the overall computational efficiency in scientific computing and engineering design.
Learn More
Application Scenarios
Biomedical Engineering
Blood Flow Analysis
Lung Flow Simulation
Cardiac Valve Design
Mechanical Engineering
Simulation of Internal Combustion Engine's Combustion Process
Aircraft Aerodynamic Design
Industrial Design of Automotive
Livelihood/Energy
Building Complex's Wind Environment Simulation
Indoor HVAC Optimization
Wind Turbine Blade Design Optimization
OriginQ QCFD
Accelerates the resolution of classical fluid dynamics
problems with quantum computing