HPC for ANSYS Fluent

⚙️ 36-Core Powerhouse for Professional CFD Applications

For engineers and researchers demanding precision, speed, and reliability in computational fluid dynamics (CFD), the 36-Core Powerhouse delivers the performance you need to solve complex engineering challenges with confidence.

Built around dual Intel® Xeon® E5-2696 v4 processors, this system provides 36 cores (72 threads) running at 2.20GHz, offering exceptional parallel computing performance for advanced CFD simulations, multiphysics analysis, and engineering design optimization.

From automotive aerodynamics to chemical reactor modeling, this configuration delivers high throughput and stability—ideal for professionals running multiple simulations, batch processes, or time-dependent analyses in ANSYS Fluent and similar software.

💻 High-Performance Configuration
Key Specifications

Processors: Dual Intel® Xeon® E5-2696 v4 (36 Cores, 72 Threads, 2.20GHz)

Architecture: Intel Broadwell-EP

Optimization: CFD, FEA, and Multiphysics Applications

Performance Focus: Parallel Computing and Mixed Engineering Workloads

The Broadwell-EP architecture combines high core density with excellent single-thread performance, ensuring both scalability for parallel solvers and efficiency for serial preprocessing tasks. Its balanced design provides superior results in real-world engineering workflows where solver performance and I/O throughput both matter.

🚀 Built for Advanced CFD and Engineering Analysis

The 36-Core Powerhouse is designed to handle computationally demanding CFD tasks, allowing engineers to run large models, explore transient behavior, and perform iterative design optimization.

It excels in:

Automotive aerodynamics and external flow analysis

Aerospace component design and performance testing

HVAC and building airflow simulations

Chemical reactor and mixing process modeling

Batch optimization and design iteration workflows

With 72 processing threads, it easily handles multiple concurrent simulations, making it ideal for organizations managing a high volume of CFD or FEA projects simultaneously.

🧠 Balanced Power for Parallel and Hybrid Workloads

Each Intel Xeon E5-2696 v4 processor provides 18 cores of computational strength, delivering an excellent ratio of core count to clock speed. This ensures the system performs efficiently across a range of solver types—from fully parallel CFD solvers to single-threaded pre-processing and meshing operations.

Key Advantages:

High solver scalability for CFD and FEA software

Excellent performance per core for mixed workloads

Stable 24/7 operation for continuous simulations

Optimized for multi-simulation batch environments

The Broadwell-EP platform also supports high-speed memory access and enhanced I/O bandwidth, making it ideal for managing large CFD datasets and transient result files.

💼 Ideal for Engineering, Research, and Industrial Applications

The 36-Core Powerhouse offers datacenter-level reliability in a workstation-ready form factor, making it a perfect choice for both professional engineers and academic research groups.

Ideal Use Cases:

Automotive and aerospace design optimization

Thermal-fluid coupling and heat transfer studies

HVAC and environmental simulation research

Industrial process and combustion modeling

Parameter sweeps and statistical analysis

With ECC memory support, robust parallel computing capability, and server-grade durability, this system is built to maintain performance and precision across continuous long-duration workloads.

🌐 Scalable, Reliable, and Future-Ready

The Broadwell-EP architecture provides excellent scalability for CFD and engineering simulation workloads. Its dual-socket design ensures balanced performance across multiple cores and threads, while supporting future upgrades in memory, accelerators, and storage.

Technical Advantages:

36 cores / 72 threads for exceptional parallel performance

High memory bandwidth and cache optimization

Enhanced I/O throughput for large datasets

Energy-efficient performance for sustained workloads

This scalability ensures the system remains ready for the evolving computational demands of next-generation CFD solvers and hybrid CPU-GPU environments.

🏁 Final Thoughts

The 36-Core Powerhouse for Professional CFD Applications provides the ideal combination of core density, frequency balance, and reliability for engineers who depend on high-performance computing every day. Powered by dual Intel Xeon E5-2696 v4 processors, it delivers the parallel processing performance and stability required for complex fluid simulations, aerodynamics, and thermal analysis.

Whether you’re optimizing automotive designs, modeling HVAC systems, or studying advanced fluid behavior, this system ensures faster solver convergence, greater accuracy, and improved productivity for your engineering workflow.

Accelerate your CFD simulations today.
👉 Contact MR CFD