Case Studies
Preventing Thermal Failure in EDU Design
Electric Drive Units (EDUs) are sophisticated systems that combine electric motors and transmissions, operating under demanding thermal conditions.
Race Track Tank Sloshing
- Used Products: shonDy
Fuel-tank sloshing is the oscillation of the free fuel surface in a partially filled tank caused by rapid acceleration, braking, cornering, and curb strikes.
River Debris Management Simulation
- Used Products: shonDy
Rivers transport branches, logs, and man-made debris—especially during floods. When this material jams at bridges, culverts, or intakes, it restricts flow, raises upstream water levels, and accelerates scour and structural damage.
Electric Drive Unit - Part III: Transmission
- Used Products: shonDy
Electric Drive Units (EDUs) are at the heart of modern electric vehicles, combining the electric motor and transmission into a single, compact system.
Electric Drive Unit - Part II: E-Engine
- Used Products: shonDy
Electric Drive Units (EDUs) are at the heart of modern electric vehicles, combining the electric motor and transmission into a single, compact system.
Electric Drive Unit - Part I: Simulating Lubricant Flow in the Rotor
- Used Products: shonDy
Electric Drive Units (EDUs) are at the heart of modern electric vehicles, combining the electric motor and transmission into a single, compact system.
Navigating Puddles with shonDy
This case study demonstrates the capabilities of shonDy and shonMesh in simulating complex automotive scenarios, specifically a car navigating through a channel with speed bumps and water-filled puddles.
Car wading with shonDy
In the context of the automotive industry, wading or fording refers to a car moving through relatively deep water at a low velocity, such as crossing rivers or flooded roads.