FH&E in Fluid & Gas dynamics, Heat & Mass Transfer
Our basic tools are the variety of sophisticated CFD (Computational Fluid Dynamics) computer software packages. Combining in-depth flow and heat transfer physics knowledge with many years of practical work on numerous industrial projects, FH&E provides reliable and highly specialized services to its clients.
A key advantage of CFD - it is compelling non-intrusive virtual modeling tool with non-competitive capabilities for process visualization. Engineers evaluate the performance of a wide spectrum of problems without time constrains, expenses, and disruptions required to make actual necessary changes in real industrial environment.
It costs a bit, but it worth it.
CFD analysis of velocity, pressure, temperature, particulate or chemical concentration distributions helps engineers go into the problem correctly and provides ideas for the best (and money effective) resolution.
Taking into account that today not only large enterprises but also medium size and small companies can afford computer powered help of qualified experts, FH&E widely markets its affordable services. Visualized custom simulations for real world particular situations help our clients to improve their products in shorter times, optimize development cycle, save energy and material resources, and, as a result, gain meaningful monetary bonuses.
FH&E gains to set itself hors concours by offering unique solutions requiring participation of experts from various fields of physics.
We suggest fairly affordable (comparing with competitors) services with prices acceptable by both large- and middle-budget companies, and small enterprises as well.
FH&E in Electronics
Our research shows that creation of contact-less EM (electromagnetic) detectors is extremely important. The spectrum of our EM sensors (frequencies up to 32 KHz, any real data - temperature, pressure, humidity, chemical concentration, etc.) is developed in our research facility (Edmonton, Alberta, Canada). We market mine detection systems for protective military operations, too.
FH&E technologies allow to raise the sensibility and capacity's limits for measuring systems applying the wide range of EM frequencies. Our systems combine the bridge- and active- differential resonant measuring methods. In FH&E experiments Q-quality for measuring equipment reaches the order of 3*10^8 at the room temperature. Our device for displacement detection has sensibility order of 7*10^-15m, equivalent to 7 electron (not an atom) diameters.
Technology is unique and protected by our patents.
Foregoing provides the opportunities to create sensors with several orders higher sensibilities compared with existing conventional devices. These are magnetometers, accelerometers, numerous sensors for pressure; liquid, air and any gas flow velocities; temperature, and so on.
FH&E suggests also innovative Security Signal Systems (essential feature of the modern world). We developed the displacement sensor not based on utilizing the Doppler's effect, and our sensors can not be deceived by slow moving. The sensor detects and records the overall electromagnetic conditions inside the building; any swiftness are detected instantly (down to zero velocity). The detection area depends on antenna's directional diagram, and is able to cover 20 - 360 degree space volume area. Sensors operate in frequency range authorized for industrial applications.
Our security systems provide significant raise in our clients' awareness in safety of their properties. Prices are affordable even for small businesses and private accommodations.
Flow, Heat & Electronics Mission Statement
It is fairly strait-forward:
Flow, Heat & Electronics is strictly aimed to providing its clients with cost-effective timely scheduled help weather on-demand services or complete project management.
Our basic tools are the variety of sophisticated CFD (Computational Fluid Dynamics) computer software packages. Combining in-depth flow and heat transfer physics knowledge with many years of practical work on numerous industrial projects, FH&E provides reliable and highly specialized services to its clients.
A key advantage of CFD - it is compelling non-intrusive virtual modeling tool with non-competitive capabilities for process visualization. Engineers evaluate the performance of a wide spectrum of problems without time constrains, expenses, and disruptions required to make actual necessary changes in real industrial environment.
It costs a bit, but it worth it.
CFD analysis of velocity, pressure, temperature, particulate or chemical concentration distributions helps engineers go into the problem correctly and provides ideas for the best (and money effective) resolution.
Taking into account that today not only large enterprises but also medium size and small companies can afford computer powered help of qualified experts, FH&E widely markets its affordable services. Visualized custom simulations for real world particular situations help our clients to improve their products in shorter times, optimize development cycle, save energy and material resources, and, as a result, gain meaningful monetary bonuses.
FH&E gains to set itself hors concours by offering unique solutions requiring participation of experts from various fields of physics.
We suggest fairly affordable (comparing with competitors) services with prices acceptable by both large- and middle-budget companies, and small enterprises as well.
FH&E in Electronics
Our research shows that creation of contact-less EM (electromagnetic) detectors is extremely important. The spectrum of our EM sensors (frequencies up to 32 KHz, any real data - temperature, pressure, humidity, chemical concentration, etc.) is developed in our research facility (Edmonton, Alberta, Canada). We market mine detection systems for protective military operations, too.
FH&E technologies allow to raise the sensibility and capacity's limits for measuring systems applying the wide range of EM frequencies. Our systems combine the bridge- and active- differential resonant measuring methods. In FH&E experiments Q-quality for measuring equipment reaches the order of 3*10^8 at the room temperature. Our device for displacement detection has sensibility order of 7*10^-15m, equivalent to 7 electron (not an atom) diameters.
Technology is unique and protected by our patents.
Foregoing provides the opportunities to create sensors with several orders higher sensibilities compared with existing conventional devices. These are magnetometers, accelerometers, numerous sensors for pressure; liquid, air and any gas flow velocities; temperature, and so on.
FH&E suggests also innovative Security Signal Systems (essential feature of the modern world). We developed the displacement sensor not based on utilizing the Doppler's effect, and our sensors can not be deceived by slow moving. The sensor detects and records the overall electromagnetic conditions inside the building; any swiftness are detected instantly (down to zero velocity). The detection area depends on antenna's directional diagram, and is able to cover 20 - 360 degree space volume area. Sensors operate in frequency range authorized for industrial applications.
Our security systems provide significant raise in our clients' awareness in safety of their properties. Prices are affordable even for small businesses and private accommodations.
Flow, Heat & Electronics Mission Statement
It is fairly strait-forward:
Flow, Heat & Electronics is strictly aimed to providing its clients with cost-effective timely scheduled help weather on-demand services or complete project management.