HPC for ANSYS Fluent
Power your ANSYS Fluent CFD simulations with dedicated ANSYS HPC. Get essential processing, memory, and storage for CFD High-Performance Computing (HPC) without buying the hardware.
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Standard HPC for ANSYS Fluent Simulations
Our standard high-performance computing solution features dual Intel Xeon E5-2620 processors, 64GB RAM, and 1TB SSD storage (2x500GB), optimized for ANSYS Fluent CFD simulations. This configuration efficiently handles medium-complexity fluid dynamics models, providing reliable performance for industrial, HVAC, and general engineering applications. Hosted in MR CFD Infrastructure Data Center with 10 Gigabit connectivity and unlimited monthly traffic, it offers an excellent balance of performance and affordability. It is perfect for engineering teams seeking dedicated computational resources without hardware investment for their day-to-day CFD analysis needs.
Affordable Power for ANSYS Fluent: The Student's CFD Companion
This 16-core HPC with dual E5-2650v2 CPUs delivers ideal performance for student CFD simulations. It transforms days-long calculations into hours, handles 3-5 million cell models, and provides dedicated resources at $260/month. It is perfect for coursework and thesis projects without breaking your budget or wasting precious research time.
# Affordable Power for ANSYS Fluent: The Student's CFD Companion
This 16-core HPC with dual E5-2650v2 CPUs delivers ideal performance for student CFD simulations. It transforms days-long calculations into hours, handles 6-10 million cell models, and provides dedicated resources at $260/month. Perfect for coursework and thesis projects without breaking your budget or wasting precious research time.
# Affordable Power for ANSYS Fluent: The Student's CFD Companion
This 16-core HPC with dual E5-2650v2 CPUs delivers ideal performance for student CFD simulations. It transforms days-long calculations into hours, handles 12-20 million cell models, and provides dedicated resources at $260/month. Perfect for coursework and thesis projects without breaking your budget or wasting precious research time.
Balanced Mid-Range Computing Solution for CFD
This 20-core (2.50GHz) server delivers powerful performance for researchers, small engineering teams, and advanced students. Perfect for graduate research and professional simulations handling up to 3-5 million element meshes. Offers 25% more cores than entry-level options—ideal for medium-scale 3D models with complex physics and multi-physics applications requiring coupled fluid, thermal, and structural analysis.
# Affordable Power for ANSYS Fluent: The Student's CFD Companion
This 16-core HPC with dual E5-2650v2 CPUs delivers ideal performance for student CFD simulations. It transforms days-long calculations into hours, handles 18-30 million cell models, and provides dedicated resources at $260/month. Perfect for coursework and thesis projects without breaking your budget or wasting precious research time.
Balanced Mid-Range Computing Solution for CFD
This 20-core (2.50GHz) server delivers powerful performance for researchers, small engineering teams, and advanced students. Perfect for graduate research and professional simulations handling up to 6-10 million element meshes. Offers 25% more cores than entry-level options—ideal for medium-scale 3D models with complex physics and multi-physics applications requiring coupled fluid, thermal, and structural analysis.
# 24-Core Powerhouse for Advanced CFD Simulations
This high-performance server features dual Intel Xeon E5-2697v2 processors (24 cores at 2.70GHz) delivering exceptional parallel computing capability while maintaining strong single-core performance. Handles complex simulations with 18+ million elements, advanced turbulence models, multiphase flows, and detailed geometries. Ideal for aerospace component analysis, full-vehicle aerodynamics, combustion modeling with detailed chemistry, and large-scale environmental flows requiring high-resolution meshes.
Balanced Mid-Range Computing Solution for CFD
This 20-core (2.50GHz) server delivers powerful performance for researchers, small engineering teams, and advanced students. Perfect for graduate research and professional simulations handling up to 12-20 million element meshes. Offers 25% more cores than entry-level options—ideal for medium-scale 3D models with complex physics and multi-physics applications requiring coupled fluid, thermal, and structural analysis.
Premium 20-Core HPC for Professional CFD
This high-performance server features dual Intel Xeon E5-2680v2 processors (20 cores at 2.80GHz) delivering 12% better single-core performance than comparable options. Handles complex simulations with advanced turbulence models, multiphase flows, and meshes exceeding 3 million elements. Ideal for professional engineering firms, industrial design validation, and research requiring quick turnaround on aerospace, automotive, HVAC, and biomedical applications.
Top performance with an excellent connection.
Run your CFD simulations, as fast as possible
With MR CFD's top-of-the-line ANSYS HPC servers, you can run your CFD simulations faster and more efficiently.
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Powerful Multi-Core Processing
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Access our state-of-the-art CPU servers with the latest Intel or AMD processors that are optimized for parallel computational workloads.
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High-Speed Internet
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Benefit from high-performance Ethernet connections that ensure seamless data transfer between you and your CFD simulations.
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Optimized Software Environment
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Optimized for popular CFD software including ANSYS Fluent, OpenFOAM, COMSOL, and more. Our systems are performance-tuned for maximum efficiency.
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Flexible Rental Options
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You can rent monthly, evey 3 months, every 6 months, or yearly. Choose from a variety of flexible rental plans to match your project timeline and budget.
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Dedicated Technical Support
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Our engineering team with CFD expertise provides technical assistance to help optimize your simulation setup, troubleshoot issues, and maximize performance on our infrastructure.
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Secure Data Environment
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Your proprietary simulation data remain protected with enterprise-grade security protocols, encrypted storage, and isolated computing environments.