ESPRESO
Highly Parallel Framework for Engineering Applications
About Us
Take full advantage of today's powerful supercomputers
We offer knowledge and experience with developing and implementing new efficient methods for computationally intensive numerical simulations in mechanical engineering, civil engineering, the energy industry, and biomechanics.
Let High-Performance Computing save your time and explore deeper design options for your products
From our extensive experience in solving complex problems in industrial practice, we continually develop the massively parallel open-source simulation tool ESPRESO, which uses the finite element method to efficiently utilize the available High-Performance Computing infrastructure.
ESPRESO
Key Features
Scalable I/O
Connection to popular commercial and open source tools
Massively parallel solvers
Scalable solvers for today’s most powerful supercomputers
High-end application execution
Easy and intuitive access to the supercomputing infrastructure
Mesh processing and morphing
Change the meshed geometry without its remeshing.
Finite element library
Complex library for nonlinear multiphysical simulations
Simple configuration interface
Fast and modular approach for templating your computations
Every single module of the framework is developed from the very beginning as a parallel code based on highly scalable numerical methods and algorithms. This way we can ensure optimal utilization of state-of-the-art supercomputers with or without GPU accelerators.
The added value of the framework is our massively parallel linear solver based on FETI Domain Decomposition Methods (DDM), which is capable of solving problems with over a hundred billions of unknowns using more than 18,000 compute nodes.
Services
Customisation
we create solution templates tailored to the specific problems
Code Development
Problem Solving
Open source solution without license fees
ESPRESO is distributed under the free and open-source license. This significantly simplifies the development of automatized simulation chains (i.e. systems for shape or topological optimization) on the top of our framework without any license fees and obligations.