Comparing experimental and computational results
The combination of CFD simulations and laboratory measurements is essential for the successful development of cutting-edge equipment. This case describes how APEX-Research used data from laboratory measurement to validate and calibrate the results of Simcenter FLOEFD.
Comparing experimental and computational results
APEX-Research established an experimental setup to validate the simulation results and to calibrate the CFD software for the application of plate-type flow configurations.
The Simcenter FLOEFD results were compared with the eperimental date. One of the main findings was the importance of the correct boundary condtion definition.
Frontloading CFD Simulation
The simulation results are confirmed by the measurement results, using state-of-the-art measurement technology such as laser doppler anemometry, particle image velocimetri (IPV) and static pressure measurements.
As a result of the confidence achieved by the calibration of simulation with experimental data, numerous configurations can be simulated. With Simcenter FLOEFD many differnt geometris can be investigated according to specific project specifications, such as heat transfer output, pressure drop limitations and space requirements. The optimized configuration can be designed for production with the collaboration of simulation and experimental measurements.
FloEFD is the only fully CAD-embedded CFD software on the market FloEFD helps design engineers conduct up-front, concurrent CFD analysis using the familiar MCAD interface. This reduces design times by orders of magnitude when compared to traditional methods and products. Concurrent CFD can reduce simulation time by as much as 65 to 75 percent over traditional CFD tools. It allows optimization of product performance and reliability while also reducing physical prototyping and development costs, without time or material penalties.
Simcenter FLOEFD was used for
APEX Research B.V. established an experimental set-up to validate Computational Fluid Dynamics (CFD) results and to calibrate the CFD software for the application of plate type flow configurations. This allows the reliable prediction of flow field characteristics like pressure drop or flow uniformity in our plate type heat exchangers with our calibrated CFD Software.
More information
“We at APEX-Research successfully used Simcenter FLOEFD for many years and now we have increased confidence in its results through our own modeling experiment".
About APEX Group
APEX Group is specialized in designing and manufacturing high quality heat transfer equipment.
CORPEX, A-CORREX, APEX-delfino plate-type and C-PEX tubular exchangers are designed to bear the most extreme requirements. We provide innovative and customised engineering solutions for high performing heavy-duty gas/gas and gas/liquid equipment for heat recovery and environmental projects.
Experience and Vision
We encompass 45+ years of experience and expertise of our founder, Mr. Mircea Dinulescu, and share his vision - to research, create and provide engineering solutions for heat transfer industrial applications. To this day, our Credo remains unchanged, creating the strong foundation for APEX Group’s position in the international market:
"Started in 1990 as a small independent business, APEX GROUP will grow into a reputable designer and manufacturer of high quality low-priced industrial heat transfer and combustion equipment for the international market operating according to the quality principles laid out by international standard ISO 9001. (M. Dinulescu 1991)"
Quality and Innovation
APEX Group’s strength consists of know-how, patented technology, professionalism and leading-edge engineering. Our Research and Development Department supports APEX Group’s activities by providing new solutions for continuously upgrading APEX Group’s products and guaranteeing efficient heat transfer, long lifetime, trouble-free and user-friendly operation.
