...one of the most highly
regarded and expertly designed C++ library projects in the
world.
— Herb Sutter and Andrei
Alexandrescu, C++
Coding Standards
After completing the basic tutorial, users typically explore:
Upon opening WAVE, you are greeted with a graphical interface. The main window is your Sketch Pad, where you will build the schematic of your system.
To the left, you have the Part Tree (a hierarchy of all components) and usually a library of templates. Familiarize yourself with the toolbar, specifically the icons for Junctions and Ducts, as these are the building blocks of your model. ricardo wave tutorial
Now that your single cylinder runs, you can apply the true power of Wave: Parametric Studies.
Let us find the optimal intake runner length for peak torque at 6000 RPM. The Principle: Long runners = low RPM torque;
The Principle: Long runners = low RPM torque; Short runners = high RPM horsepower. Wave calculates this perfectly.
| Error | Likely Cause | Fix | |-------|--------------|-----| | Simulation won’t start | Missing boundary condition | Add SB or set initial pressure | | Negative pressure during intake | Too small intake duct diameter | Increase diameter or check valve Cd | | No combustion | Wrong Wiebe start angle | Set start before TDC | | Non-converging cycle | Wrong initial condition | Start from IVC using motored pressure | | Error | Likely Cause | Fix |
Ricardo WAVE is a industry-standard 1D Computational Fluid Dynamics (CFD) tool used for simulating gas dynamics, thermodynamics, and combustion in internal combustion engines and related systems. A "Ricardo Wave Tutorial" typically refers to guided exercises or documentation provided by Ricardo Software to help new users learn the software's interface, workflow, and simulation setup.
Objective of the Tutorial:
To provide a step-by-step methodology for building, running, and analyzing a single-cylinder or multi-cylinder engine model.