4. Cylinder (CYL): The heart of the simulation. Double-click the cylinder element to enter the geometric parameters: - Bore & Stroke - Connecting Rod Length - Compression Ratio - Clearance Height
Beginner to Intermediate Focus: Isolation, Flexibility, Showmanship Time to Learn: approx. 20 minutes to grasp; weeks to master.
: Keep default values (1.0 bar, 300 K) for standard atmospheric conditions.
: Shift the pelvis drastically to the character's left side, rotating it slightly downward on the same side. ricardo wave tutorial
Ensure the mass flow into the engine equals the mass flow out.
Set the number of cycles to run (usually 50-100) to reach a steady-state.
The core of the Ricardo Wave is a fluid, counter-clockwise or clockwise chest loop. 20 minutes to grasp; weeks to master
Contains elements like junctions, pipes, cylinders, injectors, and turbochargers.
: Start with an "Ambient" block to define boundary conditions like atmospheric pressure and temperature Ducts & Orifices
: For diesel or SI engines, reports may include heat transfer rates and multi-injection timing results. 4. Exporting & Sharing Data Ensure the mass flow into the engine equals
Seeing how your design changes (like runner length or EGR) impacted pollutants. Key Simulation Concepts
Animation is built on strong key poses. For the Ricardo Wave, the motion is a continuous loop. We will block out the four critical breakdown poses that define the wave. Pose 1: The Initial Lean (Frame 1)
Representing the atmospheric conditions where air enters the intake.
Modeling the intake and exhaust manifolds where air and gas travel.