PaddleScience Presents Geometry-Informed Neural Operator Model for Aerodynamic Drag Prediction at 2024 CAE Aerodynamics Branch Academic Annual Meeting

At the 2024 CAE Aerodynamics Branch Academic Annual Meeting, PaddleScience unveiled a geometry‑informed neural operator model that predicts automotive drag with 2.1% average error, runs three orders of magnitude faster than full CFD, earned an Outstanding Paper Award, and showcases the toolkit’s AI‑driven workflow for rapid vehicle‑shape optimization.

AICFDDrag Prediction

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PaddleScience Presents Geometry-Informed Neural Operator Model for Aerodynamic Drag Prediction at 2024 CAE Aerodynamics Branch Academic Annual Meeting

Alibaba Cloud Infrastructure

Jun 14, 2024 · Cloud Computing

Performance Analysis and Demo of Alibaba Cloud HPC8ae Optimized Instance for CFD Simulations

The article introduces Alibaba Cloud's newly commercialized HPC8ae optimized instance, details its hardware specifications, eRDMA support, and AVX‑512 capability, and walks through single‑node motorcycle airflow and multi‑node 60‑million‑cell wind‑farm simulation demos using OpenFOAM on the EHPC platform.

CFDHPCOpenFOAM

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Performance Analysis and Demo of Alibaba Cloud HPC8ae Optimized Instance for CFD Simulations

Alibaba Cloud Developer

Jan 11, 2019 · Operations

How Alibaba’s Real‑Time CFD Sandbox Revolutionizes Data Center Change Management

Alibaba and Nanyang Technological University have built a high‑precision, real‑time CFD change‑sandbox system that integrates with DCIM to simulate and validate data‑center HVAC modifications, enabling automated, accurate impact assessment, reducing fault risk, and supporting design optimization and operational automation.

CFDData centerReal-time Simulation

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How Alibaba’s Real‑Time CFD Sandbox Revolutionizes Data Center Change Management

Architects' Tech Alliance

Apr 9, 2018 · Fundamentals

Overview of High‑Performance Computing (HPC) Application Types and Domains

The article provides a comprehensive overview of high‑performance computing applications, classifying cluster types, describing computing‑intensive, data‑intensive and network‑intensive workloads, and detailing specific domains such as CAE, CFD, life‑science, animation rendering and meteorology along with resource‑allocation guidance.

Animation RenderingCAECFD

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Overview of High‑Performance Computing (HPC) Application Types and Domains