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»Active Chilled Beam Cooling Reduces Energy Usage 20% in North Carolina Lab
»Airflow Simulation Ensures +/-1 F Temperature Range in Pharmaceutical Warehouse, Controlled Environments magazine, Sept 2007
»"Ventilation Strategy for Laboratories", HPAC magazine, August 2007
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Biomedical Simulation

Customers in the Biomedical / Medical systems industry frequently use Flomerics' medical simulation software, training services and engineering design consultancy to optimize airflow and heat transfer, control contamination, improve product design, eliminate mistakes. You will find many relevant examples below in Electronics Cooling and Fluid Dynamics.

Our software will assist you in avoiding costly changes and over-design by accurately predicting the performance of your system and evaluating design alternatives. This advanced software is ideal for biomedical simulation and modeling. Whether designing a cleanroom or modeling a laboratory, our medical simulation software will help you analyze airflow patterns, temperature, pressure distribution, and route of pollutants and translate to an optimal cleanroom solution.

Medical simulation software helps identify potential design flaws so they can be corrected before the facility is built. The ability to quickly and efficiently perform biomedical modeling of various air distribution designs makes it possible to perform what-if studies that improve clean room performance without adding unnecessary cost.

Many contamination problems can only be solved by totally new design concepts and the only way to evaluate and optimize these concepts without actually building test facilities, is with airflow simulation. Our simulation software provides accurate performance predictions that help you develop innovative concepts that provide substantial improvements in cleanroom and environmental performance.



Active Chilled Beam Cooling Reduces Energy Usage 20% in North Carolina Lab


EFD Meshing Technology White Paper



Application of Lagrangian particle transport model to tuberculosis (TB) bacteria UV dosing in a ventilated isolation room



Airflow Simulation Ensures +/-1 F Temperature Range in Pharmaceutical Warehouse, Controlled Environments magazine, Sept 2007


"Ventilation Strategy for Laboratories", HPAC magazine, August 2007


Hot Predictions, New Electronics, July 2007



Pipes




Laboratory Modelling




Design optimization of a complex Cleanroom




Airflow Simulation Ensures +/- 1º F Temperature Range in Pharmaceutical Warehouse Preserving Life-Saving Drugs



Glass/Ceramic Valves




COSMOS Software at Dräger - Integrated Analyses Save Time


A case study illustrating the use of airflow modeling software in the design of a pharmaceutical cleanroom - Controlled Environments - April 2006



Studying the Ventilation of Operating Theatre Suites




Valve Design




Valve Design




Eliminating Operator/Machine Contamination And Cross-Contamination




Vial Filling Cleanroom Case Study




Typical Dryingroom




Heating, Ventilating and Air Conditioning (HVAC)
System in an Enclosed Environment



Thermal Management of a Joule-Heating Microreactor using Modelling Tools




Overcoming Cleanroom Moisture Condensation Problem




Tackling Condensation in a Cleanroom



The application of CFD in a hospital burns unit




Kling Optimizes Air Distribution in Laboratory with FLOVENT




Innovative Cleanroom Designs


 

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