shonDy
You can find all case studies related to shonDy below.
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.