The Lowest-Order Stabilized Virtual Element Method for the Evolutionary Navier-Stokes Equations with Small Viscosity

Key Points

• This method enhances stability when tackling Navier-Stokes equations with low viscosity, marking a significant advancement in computational techniques.
• Analysis shows this approach yields better performance metrics, particularly in scenarios with small viscosity where traditional methods struggle.
• The virtual element method facilitates complex geometries, allowing for versatile applications in fluid dynamics without sacrificing accuracy.
• This technique may lead to improved simulations in engineering, though further validation in real-world applications is necessary.