shonDy is a high-performance CFD solver designed for simulating complex fluid dynamics scenarios with accuracy and efficiency.
shonFlow is a versatile flow simulation software that enables engineers to model and analyze fluid flow in various industrial processes.
shonTA is an advanced thermal analysis tool that provides precise temperature distribution simulations for engineering applications.
shonMesh is a cutting-edge mesh generation tool that streamlines the process of creating high-quality computational grids for simulations.
Explore all of our case studies.
Explore our automotive case studies showcasing innovative research and applications of our products in the automotive industry.
Explore our academic case studies showcasing innovative research and applications of our products in educational settings.
Explore our fundamental demonstrations.
Electric Drive Units (EDUs) are sophisticated systems that combine electric motors and transmissions, operating under demanding thermal conditions.
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.
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 Units (EDUs) are at the heart of modern electric vehicles, combining the electric motor and transmission into a single, compact system.
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.
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.
Gear lubrication is crucial for maintaining efficient and durable gear systems by reducing friction, dissipating heat, and preventing wear and corrosion.
Gear lubrication is a critical aspect of maintaining efficient and durable gear systems. It involves the application of lubricants to reduce friction, dissipate heat, and prevent wear and corrosion in gear mechanisms.
Dishwasher performance is crucial for efficient and thorough cleaning, especially in modern households and industrial applications.
Here, the solidification is validated with the analytical solution known as the Neumann problem. The analytical solution to this solidification problem are used for example by Hu et al.
Tank sloshing refers to the motion of liquid inside a container in response to the container’s movement.
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