HPC for ANSYS Fluent

⚙️ 44-Core Elite HPC for Advanced CFD Applications

When tackling the world’s most complex computational fluid dynamics (CFD) challenges, simulation performance, scalability, and reliability are paramount. The 44-Core Elite HPC system delivers unparalleled multi-core processing power designed to accelerate advanced CFD simulations, multiphysics analysis, and large-scale engineering workflows.

Powered by dual Intel® Xeon® E5-2699 v4 processors, this system provides 44 physical cores (88 threads) running at 2.20GHz, ensuring exceptional parallel performance for highly demanding CFD workloads and multi-simulation processing. It’s the ultimate computational engine for engineers and researchers who demand extreme performance and unwavering stability.

💻 High-Performance Configuration
Key Specifications

CPU: Dual Intel® Xeon® E5-2699 v4 (44 Cores, 88 Threads, 2.20GHz)

Architecture: Intel Broadwell-EP

Optimization: Engineered for CFD, FEA, and Multiphysics Simulations

Use Case: Enterprise-level ANSYS Fluent, CFX, and Multiphysics workloads

The Broadwell-EP architecture ensures optimized floating-point performance, memory bandwidth, and interconnect scalability for parallelized simulation environments. With its dual-CPU architecture, this HPC server excels at running multiple concurrent simulations or a single large-scale CFD case across dozens of cores.

🚀 Unmatched Power for Advanced CFD and Engineering Analysis

The 44-Core Elite HPC is specifically engineered for simulation-intensive industries that rely on ANSYS Fluent, OpenFOAM, or other high-fidelity solvers to perform:

Full-vehicle aerodynamic simulations in automotive and aerospace engineering

Large-scale thermal management of electronic systems

Combustion modeling with detailed chemical reaction networks

Environmental and urban airflow modeling

Its multi-socket parallelism and advanced cache hierarchy deliver near-linear scaling for CFD workloads, dramatically reducing solution time for large meshes, complex turbulence models, and multiphase or reacting flows.

🧠 Optimized for Large and Complex CFD Models

This HPC platform is built to handle massive datasets and high-memory CFD simulations efficiently. Its advanced NUMA memory architecture ensures consistent data throughput and low latency, even under extreme parallel loads.

Engineers and researchers can expect:

Superior solver scalability for CFD and FEA applications

Reduced simulation runtime on multi-million cell models

Enhanced I/O performance for large mesh and result files

Reliable, 24/7 operation for extended simulation cycles

Whether you’re performing aero-thermal coupling, combustion simulations, or climate/environmental modeling, this configuration guarantees stability, speed, and precision.

💼 Professional-Grade Reliability and Scalability

The 44-Core Elite HPC server is designed for organizations that need scalable computational power to meet growing simulation demands. Its dual Xeon architecture offers both the reliability of server-class hardware and the flexibility to support multiple users or projects simultaneously.

Key Benefits

Enterprise-grade reliability with ECC memory and redundant components

High I/O bandwidth for large simulation data sets

Perfect for shared HPC environments or cloud clusters

Optimized for parallel solvers in ANSYS Fluent, CFX, and STAR-CCM+

This makes it ideal for research labs, universities, automotive R&D, aerospace design, and energy simulation teams that require sustained computational throughput for high-fidelity engineering analysis.

🌐 Designed for Extensively Parallelized Workloads

The Broadwell-EP generation brings major enhancements in floating-point performance, memory latency, and I/O scaling, making it a top choice for heavily parallelized CFD and thermal simulation workloads.

Key architectural advantages:

Up to 88 threads of simultaneous computation

Improved cache hierarchy for faster solver iteration

Expanded PCIe and memory channels for multi-GPU and multi-solver configurations

High-efficiency thermal and power management for continuous HPC use

When combined with GPU acceleration or distributed solvers, the 44-Core HPC scales seamlessly for ultra-large CFD cases across thousands of domains.

🏁 Final Thoughts

The 44-Core Elite HPC for Advanced CFD Applications stands as a powerhouse for engineers and researchers engaged in aerodynamics, thermal-fluid coupling, combustion modeling, and environmental flow analysis. Its dual Intel Xeon E5-2699 v4 processors deliver the computational depth and scalability required to push the limits of simulation fidelity and performance.

Whether you’re optimizing aircraft aerodynamics, simulating electronics cooling, or studying complex reactive flows, this system ensures fast, stable, and scalable CFD performance.

Empower your simulations.
👉 Contact MR CFD