Wave solves the (1D continuity, momentum, and energy) for unsteady gas flow. Instead of modeling the inside of the cylinder as a solid chunk, Wave treats ducts (pipes) as a series of meshes where pressure waves travel at the speed of sound.
Introduction: Why Ricardo Wave? In the competitive world of internal combustion engine (ICE) development and simulation, two names dominate the landscape: GT-Suite and Ricardo Wave . While GT-Suite is often praised for its multi-physics capabilities, Ricardo Wave is the gold standard for 1D gas dynamics and cycle simulation . ricardo wave tutorial
Whether you are a PhD student modeling a Formula SAE engine, an OEM engineer reducing NOx emissions, or a tuner designing an exhaust header, understanding Wave is a career-defining skill. Wave solves the (1D continuity, momentum, and energy)
Your dashboard is now essential. Right-click in the background and select "User Defined Layout." In the competitive world of internal combustion engine
However, new users often find the interface—known as —daunting. Unlike CAD software, you aren’t drawing bolts and pistons; you are drawing flow networks .
Now, go simulate. Good luck. Need further help? Check official Ricardo Software forums or academic repositories for specific *.wae files to reverse-engineer.
This tutorial will take you from zero to a running single-cylinder engine model. We will cover the architecture, sub-volume theory, discretization, and finally, running your first simulation. Before clicking buttons, you must understand what Ricardo Wave actually solves.