|
|
|
Since 1988, Mentor Graphics has played a pioneering role in the simulation of 3D airflow, temperature distribution and contamination
control in internal and external environments in buildings of all types and sizes. Our
FloVENT software is designed specifically for optimizing heating,
ventilating and air conditioning (HVAC) systems in the built environment. Typical application areas for FloVENT are:
data centers; computer rooms; telephone exchanges;
atriums; shopping malls; office buildings; theatres; airport terminals; storage facilities and warehouses; passenger comfort in vehicles;
air quality and contaminant control in laboratories, research facilities, hospitals and underground car parks. Our
EFD software is perfectly suited for analysis and optimization of HVAC equipment,
including: air conditioning/air handling units; chilled rooms and chilled water systems; compressors; condensing units; controls equipment;
dampers and louvers; dehumidifiers; dryers; diffusers ; ductwork & pipe junctions; evaporators; fans & motors; filters and filtration equipment;
fire & smoke control equipment; flow meters; freezers and freezer rooms; fume cupboards; gas detection equipment; grilles; heaters; humidifiers;
refrigeration equipment; separators; and valves.
Airflow Simulation Helps Retrofit Schools for Air Conditioning with Minimum Energy Usage
|
TROX INVESTS A FURTHER £100K IN R&D FACILITIES, including “state of the art” engineering fluid dynamics (EFD) software
| 
EFD Heat Exchanger Demo
|
MARENCO AG Reduces Extractor Hood Design Time
|
Fluid Simulation Reduces Extractor Hood Design Time
|
Flomerics EFD Products, Review by MCAD magazine, Sept 2007
|
Bronswerk Heat Transfer BV Develops Groundbreaking Air-Cooled Coolers and Innovative Fans with Massive Environmental Impact
| 
Modelling Smoke and Fire in a Hotel Bedroom
|
Laser Cutting System from Fico Achieves 40x Performance Enhancement after Engineering Fluid Dynamics Analysis
|
"APC Uses Airflow Simulation to Solve Data Center Cooling Problem", Customer Case Study by American Power Conversion (APC)
|
CFD in Ventilation Design
|
"Virtual wind tunnel aids campus project’s golden aspirations", Environmental Design & Construction magazine, Sept 2008
|
Bronswerk Heat Transfer BV Promotes Flomerics’ FloEFD.Pro from R&D to Mainstream Engineering Design
|
Active Chilled Beam Cooling Reduces Energy Usage 20% in North Carolina Lab
|
"ANCIS Optimizes Data Center Cooling with FloVENT CFD Software", Customer Case Study by ANCIS Inc
|
Paris Charles de Gaulle Airport
|
The Louvre Museum uses FloVENT to improve ventilation of underground service areas
|
"Optimizing Data Center Airflow Reduces Risk of Equipment Failure", Flomerics White Paper
|
"Hewlett-Packard Company and Emerson Energy Systems Validate Use of FloVENT for Data Center Analysis", Customer Case Study
|
Webinar: Balancing the Ventilation and Acoustic Requirements for a School Classroom
|
Webinar: Creating the World's First Real-Time Data Center Cooling Calculators
|
Flow Simulation Improves Photovoltaic Solar Panel Performance
|
"Active Chilled Beam Lowers Energy Use by 20%", Laboratory Equipment, August 2008
|
Flomerics Announces Workshops on Optimizing Data Center Cooling
|
Webinar: It's not all about the Hall - Designing the Datacenter, Inside and Out
|
Flomerics software predicts thermal performance of data centers
|
Simulation Helps Meet Thermal Challenges of World’s Fastest Supercomputer
|
Marenco AG
|
TROX UK
|
JAZO Zevenaar B.V.
|
FloVENT CFD Software Used in Design of First Illinois University Residence to Achieve LEED Gold Status
|
Airflow Simulation Ensures +/-1 F Temperature Range in Pharmaceutical Warehouse, Controlled Environments magazine, Sept 2007
|
Ventilation Strategy for Laboratories, HPAC magazine, August 2007
|
New Diffuser Models Improve Airflow Simulation in the Built Environment
|
Kling Optimizes Air Distribution in Laboratory with FloVENT
|
University of Kansas Optimizes Ventilation Performance Using FloVENT
|
FloVENT reduces bottlenecks and improves engineering performance
|
Airflow Simulation Solves Cold Air Problem at Bluewater Winter Garden
|
Heat Exchanger
|
Heat Exchanger
|
Heating, Ventilating and Air Conditioning (HVAC) system
|
JAZO Cuts Design Time for Outdoor Transformer Housings from 3 Weeks to 1 Day Using Pro/ENGINEER and FloEFD.Pro
|
New FloVENT Diffuser Models Improve Airflow Simulation in Buildings
|
Reducing Nosocomial Infections in ORs - Infection Control Today - June 2003
|
A Passive Courtyard Home in Jaipur, India:
|
FloVENT CFD as an aid to the measurement of air movement characteristics within buildings
|
Overview of the use of FloVENT in the Swiss energy saving research
|
Use of computer modeling techniques to investigate aspects involved in cold air distribution systems
|
The Performance of Displacement-Cooling Systems in Telecom Applications
|
An innovative approach to the environmental system design for TLC rooms
|
Airflow Simulation Ensures +/- 1º F Temperature Range in Pharmaceutical Warehouse Preserving Life-Saving Drugs
|
The use of CFD in car park and office ventilation
|
"Taking the Heat Off Data Centers", Distributed Energy, June 2007. Journal Article Referring to FloVENT
|
KERMI GmbH Optimize Radiator Design with FloEFD
|
"Optimizing the Data Center", Network Times, April 2007. Intel Interview Referring to FloVENT
|
Guidelines for accurate cleanroom CFD modeling - CleanRooms - May 2006
|
World’s First Natatorium CFD Analysis Helps Engineer Tame Wild HVAC Design Variables of Huge H.S. Indoor Pool - International Facility Management Association - April 2006
|
Computer Simulation Helps Ensure Comfort Inside Exhibition Pavilion
|
Airflow modeling in cleanroom design - Cleanrooms - May 2005
|
Possibility to Use Solar Induced Ventilation Strategies in Tropical Conditions by Computational Fluid Dynamic Simulation
|
An experimental and numerical study of turbulent flow inside studio apartments
|
A Real Application of Airflow Modeling in Optimizing Cleanroom Design
|
Maintaining a Model Climate at M&S
|
A CFD investigation into Temperature Stratification in Large Buildings
|
Climate simulation and validation for an aviary system for laying hens
|
An extract from "Controlling Indoor Climate – Passive cooling of residential buildings in hot-humid climates in China"
|
Data Centers Heating Up, Today´s Facility Manager, August 2005. Web Article Referring to FloVENT
|
"Flomerics Protects Revenues of Financial Institutions and Reduces Downtime by Keeping Data Centers Cool", Flomerics News Release
|
The Louvre Museum uses FloVENT to Improve Ventilation of Underground Service Areas
|
PSA Peugeot Citroen Cuts Costs & Maximizes Thermal Comfort for Workers at the Rennes La Janais Factory
|
FloVENT assists leading architecture/ engineering firm in solving high school pollution problem
|
"FloVENT Helps BT Win Environmental Award", Flomerics News Release
|
Simulation of hot air stack effect in a high-rise condominium
|
Fire Modeling - FloVENT Validation Report
|
Airflow Modelling in Cleanroom Design
|
Optimisation of Airflow with CFD Techniques
|
Practical airflow design and optimization in clean rooms using mathematical modeling
|
Benefits of New Refrigerated Cabinet Design by Measurement of Air Temperatures and Velocities On-Site
|
Optimizing investments and maximizing heating comfort for workers
|
Eliminating Operator/Machine Contamination And Cross-Contamination
|
Airflow Simulation Solves Cold Air Problem at Bluewater Winter Garden
|
Bronswerk Heat Transfer BV Develops Groundbreaking Air-Cooled Coolers and Innovative Fans with Massive Environmental Impact
|
Heating, Ventilating and Air Conditioning (HVAC)
System in an Enclosed Environment
|
Computer Simulation Helps Solve Challenging Airflow Problem in Paint Booth
|
BIOMÉRIEUX Removes the Risk of Contamination Within Filling Rooms, Using FloVENT
|
Finding the Needle in the Haystack
|
AMEC solves spatial problem for Boots
|
AMEC helps Boots to convert storage area into office space using FloVENT to optimize ventilation system for workers
|
FloVENT Airflow Modeling Helps Overcome Cleanroom Moisture Condensation Problem
|
Paper by IBM, APC and Suny Binghamton:- "Experimental-Numerical Comparison for a High-Density Data Center: Hot Spot Heat Fluxes in Excess of 500 W/ft²"
|
An experimental and numerical study of turbulent flow inside studio apartments
|
Computation of thermal environment near outdoor condensing units in a high-rise residential building
|
Paper by Hewlett-Packard:- "Thermal Considerations in Cooling Large Scale High Compute Density Data Centers"
|
Simulation Techniques for Designing Passive Cooling of Historical Buildings
|
Computational Fluid Dynamics (CFD) Applied to Cleanroom and Isolator Applications
|
Paper by Hewlett-Packard and Emerson Energy Systems:- "Computational Fluid Dynamics Modeling of High Compute Density Data Centers to Assure System Inlet Air Specifications"
|
Contaminants Transport Modeling
|
The use of CFD techniques for the assessment and improvement of a workshop ventilation system
|
Microclimate performance of an open atrium office building: a case study in thermo-fluid modeling
|
Raised Floor Computer Data Center: Effect on Rack Inlet Temperatures of Chilled Air Exiting both the Hot and Cold Aisles
|
Solving High School Pollution Problem
|
University of Kansas Optimizes Ventilation Performance Using FloVENT
|
Ventilation for Underground Carparks
|
New-generation network cooling systems
|
The case of the no-flow airflow - Machine Design - May 2005
|
Cleanroom modelling - Cleanroom Technology - August 2002
|
Novel extraction system modeled using FloVENT from Flomerics protects workers at Pfizer
|
Airflow Modeling In Contamination Control
|
Paper by Hewlett-Packard:- "Dimensionless Parameters for Evaluation of Thermal Design and Performance of Large-Scale Data Centers"
|
Paper by IBM:- "Raised Floor Computer Data Center: Effect on Rack Inlet Temperatures of Chilled Air Exiting both the Hot and Cold Aisles"
|
Natural Ventilation and Sustainability Designing with Computational Fluid Dynamics
|
Air movement simulation of natural ventilation in a new administration building with two open atria
|
Applications of CFD in the built environment
|
Moisture Movement: A study using tracer gas techniques and CFD modeling
|
FloVENT validation examples
|
Application of CFD to naturally ventilated buildings
|
Presentation by ANCIS Inc:- "New Ways of Using FloVENT for Effective Data Center Analysis"
|
FloWorks Helps Cambridgeport Air Systems Exceed Customer Expectations
|
FloVENT Software Wins Controlled Environments’ Expert’s Choice Award
|
Contribution of the multi-dimensional calculation codes in evaluating air flows and transfer of pollutants to a ventilated room
|
Thermal Trends and Inflections Influencing the IT Roadmap
|
Paper by British Telecom (BT): "A Fresh Approach to Cooling Network Equipment"
|
Computational Fluid Dynamics – a timely concept?
|
Airflow Modeling Software from Flomerics
|
Improving Building Perfomance
|
Revolutionizing Ventilation for Underground Carparks: H&V News
|
The State of the Art in CFD for Ventilation Design
|
Numerical Modeling Of Closely Spaced Supply Diffusers In A High Air Change Rate Application
|
Ventilation Performance Assessment, Stanstead Airport Terminal – A case study
|
Physical Validation of FloVENT
|
Blowin' in the wind - Laboratory Design - October 2002
|
Flomerics Announces A New Era In Airflow Modeling For The Building Services Engineer
|
Using CAD Imports for the Fast Design of Ventilation Units
|
Where Art Meets Science - AEC Magazine - April 2002
|
Retail food chain applications
|
|
|
|
|
|
|
