Modern manufacturing—spanning aerospace, automotive, and mechanical engineering—is entering a new era where product innovation is defined by simulation fidelity. Because CAE simulation efficiency directly dictates time-to-market, high-performance computing has become the indispensable fuel for industrial growth. The HPC solution provides an open, high-availability platform designed to manage diverse computing resources with maximum security. By empowering enterprises to confidently scale heterogeneous clusters, TaiShan accelerates production and transforms complex designs into high-fidelity reality.
Industry Overview
Challenges
Explosive Growth of Simulation Workloads
To stay competitive, manufacturers must shorten R&D cycles while controlling development costs. Engineering teams need to run more simulation iterations in less time, placing greater demands on computing capacity and cluster scalability.
Accelerating Industrial Innovation
As manufacturing undergoes digital transformation, the development of industrial software—especially CAE tools—requires deep integration with computing platforms. Efficient collaboration between software and hardware is essential to enable continuous optimization and ecosystem growth.
Highlights
High Computing Efficiency
TaiShan supports 30+ international commercial CAE applications, delivering performance comparable to traditional computing platforms across typical simulation workloads such as structural, fluid, and electromagnetic simulations.
Omni-platform Development Pipeline
Dozens of industrial simulation tools have been ported or co-developed for the TaiShan platform. Through deep optimization between hardware and software, key application performance can match leading international solutions.
Related Products
Application Scenarios
Computational Fluid Dynamics (CFD)
Computational fluid dynamics simulates the complex behavior of gases and liquids to optimize aerodynamics and hydrodynamics in aviation and shipping. To handle the extreme I/O and compute demands of large-scale parallel tasks, the HPC solution provides an open platform that fuses diverse computing resources. By optimizing industry-leading solvers like OpenFOAM and ANSYS Fluent, TaiShan transforms complex fluid data into precise engineering insights and fast-tracks industrial innovation.
Electromagnetics (EM)
Electromagnetics (EM) explores the laws of electricity and magnetism to ensure the reliability of modern industrial systems. To support high-precision simulations throughout the design process, TaiShan provides an open platform that integrates diverse computing resources. By optimizing top solvers like SU2 and ANSYS HFSS, TaiShan clears the path from early concepts to finished products, turning complex designs into high-performance reality.
Structural Simulation
Structural simulation evaluates the mechanical behavior of engineering products under different loads, including stress, strain, displacement, vibration modes, and durability. Typical application industries include automotive, consumer electronics, and home appliances. Supported software includes ABAQUS, ANSYS Mechanical, MxSim.Mechanical, and INTESIM-Structure.
Multiphysics Simulation
Multiphysics simulation integrates multiple physical domains—such as structural mechanics, fluid dynamics, electromagnetics, and thermal analysis—to model complex engineering systems. This approach enables engineers to analyze cross-domain interactions and optimize system-level performance, such as aerodynamic-thermal-structural coupling in aircraft design or vehicle system optimization. Applications such as MATLAB and Gaussian are supported on the TaiShan platform.
Application Cases
OpenFOAM
OpenFOAM provides a powerful open-source framework for large-scale numerical simulations in continuum mechanics. By utilizing finite volume methods and unstructured polyhedral meshes, it excels in complex CFD scenarios—from turbulence and heat transfer to acoustics and electromagnetics.
