Engineering

new pic 1.jpgAirBTU provides FEA design related to air and heat transfer systems and represents manufacturers who provide solid modeling and FEA to insure safety, reliability and accuracy of design. FEA programs are used for impeller stress level evaluation in rotating equipment, fatigue analysis, and modal/vibration prediction. This analysis allows for the efficient optimization of rotating equipment, expansion stresses, structural and wind loading and rotating dynamics. FEA design techniques combined with years of experience in applicable solid modeling make FEA a practical tool for reliable product design.

AirBTU provides and relies on CFD design related to air and heat transfer systems and represents manufacturers who provide solid modeling and CFD analysis to insure safety, reliability and accuracy of design. CFD programs and are used for heat transfer modeling, pressure loss determination, vapor and phase changes as well as temperatures and velocities of gas in a model. CFD analysis allows for the optimization of pressurized air systems (air blow off systems) and negative pressure air systems (exhaust hoods). CFD techniques are highly reliable when combined with our years of experience in applicable solid modeling of gas and air systems.

AirBTU engineering support is provided with our affiliate engineer, Keith D Robinson, P.E. We practice in the following industrial disciplines:

Duct System Modeling & Design

  • Duct system modeling and design
  • Fan selection and performance analysis
  • Equipment performance evaluations
  • System performance measurements 

Computational Fluid Dynamics (CFD) Modeling

  • Fluid and Solid interaction
  • Plume dispersion
  • Pollutant dispersion
  • Heat Transfer
  • Fluid flow patterns, velocity fields, and pressure drop mapping

Finite Element Analysis (FEA) and Mechanical Modeling

  • Stress analysis of individual parts and of assemblies
  • Fatigue life analysis
  • Pipe and duct system strain models

Process/System Simulation

  • CFD complete oven modeling
  • Drying process simulation and design
  • Static Mixer simulation and design
  • Heat Transfer simulation

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