Advanced CFD simulation environment featuring Code_Saturne v9.0.2 and NICE DCV. Open-source platform for incompressible and compressible flow simulation, including advanced turbulence modeling and heat transfer. Pre-configured on Ubuntu 22.04 LTS with web-based GUI access, enabling seamless remote visualization and efficient cloud or HPC engineering workflows.
This AMI provides Code_Saturne v9.0.2, an open-source CFD solver developed by EDF R&D, fully pre-configured with NICE DCV.
KEY FEATURES:
Fully installed Code_Saturne v9.0.2 with validated dependencies
Integrated NICE DCV for secure, high-performance graphical access
Pre-configured Ubuntu 22.04 LTS environment
Ready-to-run CFD workflows for rapid case setup and execution
Optimized for scalable deployment on AWS cloud infrastructure
TECHNICAL CAPABILITIES: Advanced turbulence modeling (RANS, LES, DES), conjugate heat transfer, Lagrangian particle tracking, parallel computing with MPI, as well as pre- and post-processing tools for mesh handling and result analysis.
Highlights
Complete CFD simulation environment with Code Saturne v9.0.2 pre-installed and configured
NICE DCV remote desktop for secure web-based GUI access from any browser
Optimized for AWS cloud with support for parallel computing and scalable instances
AWS Marketplace now accepts line of credit payments through the PNC Vendor Finance program. This program is available to select AWS customers in the US, excluding NV, NC, ND, TN, & VT.
This listing is free software, so you pay only for the AWS compute you run it on. You choose between two EC2 instance sizes, both billed by the hour: t3.large or t3.medium. The t3.large gives you more compute resources per hour, while the t3.medium offers a smaller footprint. Neither dimension carries a license fee for the CFD software itself. Your cost scales with the instance size you pick and the number of hours you run it. Pick t3.medium for lighter simulations and t3.large for heavier workloads.
Top-of-mind questions for buyers
What compute resources do the t3.large and t3.medium instances give me per hour?
Both are AWS EC2 general-purpose instances billed by the hour. The t3.large provides more virtual CPUs and memory per hour than the t3.medium. You pick the size to match your simulation load, and the hourly charge reflects only the AWS compute you run.
Am I charged when my instance is stopped or the simulation is not running?
Hourly charges apply only while the instance runs. Fully stopped instances do not accrue compute charges. Stopped instances may still incur AWS storage fees for attached volumes, but the software itself carries no license fee at any time.
Can I run large parallel simulations across the instances, or am I limited to one?
The software supports MPI parallelisation and can run on clusters or cloud environments. You pay per running instance-hour for each instance you launch. Running more or larger instances raises your total AWS compute cost proportionally, since each is billed independently by the hour.
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