CFD Analysis Services
SANA Engineering Solutions Company is overall experience in applying state-of-the-art Computational Fluid Dynamics (CFD) methods in order to assess, validate and optimize engineering processes, systems, and products.
SANA provides the CFD analysis for HVAC systems, such as jet fans applications in car parking to evaluate the performance of car park ventilation systems for vehicle pollutant control, smoke extraction to assist the fire service in the event of a fire,
Data Center CFD analysis, generator Room CFD analysis, Communications Shelters CFD analysis, Communications Shelters CFD analysis, IDF Room CFD analysis
Electrical Room CFD analysis, Low Voltage Room (LV Room) CFD analysis
UPS Room CFD analysis and the pressure acting on escape doors.
Advantages of CFD analysis
Avoid problems before they even occur
Design & Performance Evaluation
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Analyze difficult & dangerous experiments
Optimized performance of the HVAC system
Cost Effective
What is our scope of work in CFD?
Car Parking a ventilation system
Ensuring car parks are ventilated to prevent the buildup of toxic fumes and flammable gasses is critically serious.
Fire Dynamic Simulations
Physical fire tests help to predict fire behavior and spread and understand the dynamics of fire development such as Comprehensive & Realistic Fire Dynamics Simulation, and Fire Smoke Dispersion Analysis.
Air Velocity Simulations
The use of CFD simulation allows us to solve the flow problem with a computer, and obtain precise results. This, in turn, optimizes computation time and resources, as well as calculates the magnitude and direction of the velocities.
HVAC Simulations
HVAC engineers optimize designs using CFD simulation to investigate new heating, air conditioning, or refrigeration system designs and find root causes of performance issues. CFD Achieves operational goals by controlling microclimates, thermal comfort, and air quality compliance.
Calculations and CFD reports
Calculations and CFD reports contain the following aspects for technical readers: experimental design, turbulence model and auxiliary heat transfer and flow models, boundary conditions, numerical methods, assessing CFD predictions, and drawing conclusions.
Simulations for CO, CO2 more
A proper indoor environment in buildings is crucial for the occupant's comfort. CFD studies have analyzed the impact of increased CO2 concentrations on indoor air quality (IAQ) complaints and health symptoms in buildings.
Visibility and Showing Results
The method presents a ray tracing technique for smoke visualization to understand smoke visibility from this technique would benefit fire/life safety design applications.
