These technical papers document the CFD methods, validation work, and modeling practices behind CoolSim. Several date from our earlier research — the physics and methodology remain foundational. For the latest applications, including hyperscale thermal design, chiller performance, and liquid cooling, see our recent webinars and field notes.
Whitepapers
Whitepapers
A reference library of CoolSim CFD research — validation studies, PUE and energy analysis, and data center modeling technical notes.
Latest material
New from the CoolSim team
TN101: Data Center Energy Calculations in CoolSim
Compute common data center metrics and annual operating costs in CoolSim using measured or COP inputs
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WP109: Reducing the Annual Cost of a Telecommunications Data Center
How CoolSim can optimize an overcooled data center—cutting energy costs up to six figures annually while ensuring peak performance
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WP108: Building Redundancy into a Data Center Cooling System
Model N+1 CRAC cooling redundancy with CoolSim to ensure reliable data center operation
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WP107: Using CFD for Data Center Design and Analysis
An introduction to CFD fundamentals and how it is used to inform data center design and analysis
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WP106: Transient CRAC Failure Analysis
How data center managers can plan for unexpected power outages to ensure uptime and SLA compliance
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WP105: CRAC Thermal Boundary Condition Options in CoolSim
Evaluate CoolSim CRAC thermal boundary options for accurate cooling simulations
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WP104: Improving Model Geometry for CFD Analysis
Simplify CAD geometry for efficient CFD analysis—cut cell counts and solution times with minimal impact on accuracy
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WP103: Improving PUE with Airflow Management
Leverage CFD-driven airflow management and containment strategies to lower data center PUE and cooling costs
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WP102: Airflow Modeling for Informed Decision Making
Turn guesswork into insight with CoolSim—optimize data center airflow and prevent hotspots in minutes
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WP101: Analysis of the UNH Data Center Using CFD Modeling
Performed by UNH Mechanical Engineering students
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