DeepFlow, Inc. / DeepFlow株式会社 | ソフトウェア開発・解析

An ultra-large-scale numerical analysis system, Elkurage, reinvents all design processes.

CAE is used in a wide range of industrial fields to improve product design and solve engineering problems. We innovate the design process of R&D by ultra-high-speed large-scale simulations using parallel computers, optimization technology using AI, and building a development environment on a cloud.

Note: CAE (Computer-aided engineering): Design support technology using computers

Summary

We use simulation and AI to support R&Ds in meteorology, air conditioning, aircraft, automotive, and materials. We develop a large-scale, high-precision, high-speed simulator, "Elkurage," for fluid, structure, acoustics, convection, diffusion, heat, and electromagnetic. The simulator working on the HPÇ (High-Performance Computing) cloud with thousands of cores shows precise physical phenomena of prototypes. Visualization of the complex and large-scale phenomena makes the acceleration of R&D at laboratories.

• Design Automation We find an optimal design by repeating parametric design and the evaluation of their performances automatically.
• Phenomena clarification and prediction We predict physical phenomena by combining simulation and AI in the following processes. Improve the accuracy of simulations by data assimilation with sensors. Extract the feature of systems by machine learning. Make a predictor for controlling a precision machine.

We provide the CAE(computer-aided design) service with consulting for the implementation and operation to accelerate R&Ds.

Technology

Elkurage is an ultra-high-speed and large-scale numerical analysis cloud system developed by DeepFlow, Inc. It enables you quickly to conduct simulations for a wide range of phenomena such as fluid, structure, acoustics, convection, diffusion, heat, and electromagnetic fields with the high parallel performance at cloud computing that enables highly accurate, large-scale, and high-speed analysis. You can feedback the simulation’s results into the design or blueprint. It reduces development time and costs. It innovates the design process by analyzing large amounts of data at high speed.

HighSpeed and Large Scale Simulation

Elkurage efficiently computes fluid structure interaction (FSI) simulation by parallel computing. The supercomputer with 23,616 cores makes 19,759 speedups. It is an incredible speedup compared to the simulator with a 95% parallel portion.

You can of fluid, structure, acoustics, convection, diffusion, heat, and electromagnetic fields using Elkurage conduct the simulations.

You can understand the complex and large-scale phenomena by the cloud system.

High resolution & accuracy