Cloverleaf

Cloverleaf: Open-Source FEA Software for Coupled Fluid-Structure Interaction

Discover Cloverleaf, an open-source finite element analysis software specifically designed for coupled fluid-structure interaction problems, addressing complex physics simulations in industries like nuclear reactors and aerospace.

What is Cloverleaf?

Cloverleaf is an open-source, parallel finite element analysis code capable of solving a wide variety of coupled physics problems. It was originally developed at Sandia National Laboratories for simulating complex fluid-structure interaction phenomena related to nuclear reactor safety research.

Some key capabilities of Cloverleaf include:

• Advanced computational fluid dynamics and structural mechanics modeling
• Thermal-hydraulic and conjugate heat transfer analysis
• Simulation of shock physics and fluid-structure interactions
• Parallel processing for high performance computing systems
• Customizable through user-developed physics packages

While initially focused on nuclear applications, Cloverleaf has also been used for research in areas like spacecraft shielding from orbital debris, blast wave mitigation, and microfluidic devices. Its open-source nature provides a high level of transparency and flexibility for advanced modeling capabilities.

Some of the industries and applications where Cloverleaf would be well-suited include aerospace, defense, energy, microelectronics, and universities. With its strong multi-physics coupling features, Cloverleaf enables high-fidelity simulations of complex real-world engineering systems.

Cloverleaf Features

Official Links