Eigenspace

B2B
Sector
Space industry, aviation, engineering
Space industry, aviation, engineering
Product
Flow modeling
Flow modeling

Novel method transferred from academia utilizing the High Order Method (HOM) that is more accurate with 2-5 times lower computation costs

INTRODUCITON

Computer simulations are now a standard part of a manufacturing and design workflow. They allow for simple and cost-effective optimization and, therefore, a more efficient final product. However, there is a trade-off between simulation accuracy and computational costs across use cases and industries.  In Computational Fluid Dynamics (CFD), the market standard is using Low Order Methods (LOM) for fluid simulation. This method is capable of high accuracy only with low computation speed, directly translating into high costs.  Our team was able to propose a solution and introduce a novel method, transferred from academia. We utilize the High Order Method (HOM) that is, compared to the current industry standard, 1. More accurate when keeping fixed computational costs 2. With two to four times lower computation costs when requiring a certain level of accuracy. 

UNIQUE SELLING POINTS

  • Novel method transferred from academia utilizing the High Order Method (HOM) that is more accurate with 2-5 times lower computation costs
  • Universal solution for many areas of engineering
  • Relevant space-industry players are interested in the technology

 

Space connection
Simulation software
Simulation software
Funding stage
Funding stage
Seed Early Growth Exit
Technology readiness
Technology readiness
Development Proof of concept Prototype First implementation SExtensive implementation