HongChuangDa TechnologyHONGCHUANGDA
ZH繁ENJARUVITH
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Industry solution

Aerospace Propulsion and Digital Simulation System Development

For simulation scenarios, we combine algorithm integration, data processing, and UE5 visualization, providing software development and integration services defined per project.

Critical Technology BreakthroughHeterogeneous Algorithm FusionLocalized Development

01

Overview

Building a simulation system starts with confirming model inputs, algorithm interfaces, data formats, and runtime requirements, then deciding how computation and visualization divide the work. Hongchuangda has introductions to existing aerospace propulsion projects that can serve as a reference for algorithm and visualization integration work; new models, accuracy, and performance requirements need to be verified separately.

02

Core capabilities

  • Confirm the model's applicable scope, input data, algorithm interfaces, and the integration requirements of the computation process.
  • Combine UE5 visualization with the project algorithms to define what is displayed, how users interact, and how data updates.
  • Verify model validity, computed results, and runtime performance separately; visual output is not a substitute for model validation.

03

Proven delivery

High-Altitude Simulation for Aerospace Power Systems

Resolved the challenge of converting underlying algorithms between MATLAB and C++, enabling high-precision real-time computation of complex fluids in UE5 and providing an independent, controllable digital validation environment for national flagship R&D programs.

04

Related content

Domain-Wide Digital TwinBuilt on Unreal Engine UE5 to create an industrial-grade metaverse, enabling millimeter-level visualization, monitoring, and simulation from campus to equipment. Cloud Data Foundation and Industrial Control IntegrationProvide end-to-end private cloud/Xinchuang cloud deployment, distributed storage, Siemens/AB PLC supply, and automation control to keep foundational infrastructure rock solid. High-Altitude Simulation for Aerospace Power SystemsResolved the challenge of converting underlying algorithms between MATLAB and C++, enabling high-precision real-time computation of complex fluids in UE5 and providing an independent, controllable digital validation environment for national flagship R&D programs.

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Discuss your project

From technical selection and solution design to on-site delivery, we reply within one business day.

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