Mechanical Engineering

Mechanical Engineering

Background :

ENA2 Engineers have the extensive skills, expertise, and tools necessary to analyze and solve the complex problems in fluid mechanics, vibration and rotor dynamics. We involve engineers from multiple disciplines in every project. This allows for well-rounded design knowledge and analysis in order to produce flawless designs. Our exceptional reputation for engineering and design is a result of collective thinking leading to effective solutions. The cost-efficient solutions that our team provides do not compromise quality and accuracy. We also take pride in our renowned methods of analysis in order to ensure that safety requirements are exceeded.

Services :

Mechanical Engineering

  • Transportation and Mobility
    • Vehicle aerodynamics
    • Vehicle cooling
    • Vehicle crashworthiness
    • Durability and Vibration analysis
      • Powertrain, Chassis, Suspension
  • HVAC Design and Engineering
    • Residential and Commercial HVAC Design
      • System design and performance
    • Industrial Ventilation Design
      • Smoke/pollution analysis
      • Air-flow analysis
    • Sustainable designs


  • Rotating Equipment Packages; API 618, 674, 610
    • Reciprocating Compressor
    • Centrifugal Compressor
    • Screw Compressor
    • Reciprocating Pump
    • Centrifugal Pump
  • HVAC Design and Engineering
    • Industrial HVAC Design
      • System Design and Performance
    • Industrial Ventilation Design
      • Smoke/pollution analysis
      • Air-flow analysis
Analysis :
  • CFD Simulations
    • Aerodynamic and thermal simulations
    • Steady and transient simulations
    • Scalar quantity transport simulations
    • Multiphysics simulations
      • Fluid-Structure Interaction
      • Conjugate Heat Transfer
  • FEA Simulations
    • Non-linear and linear FEA
      • Fatigue
      • Corrosion
      • Welding
      • Static and Dynamic analysis
    • Thermal analysis
    • Pulsation and Vibration Analysis
    • Piping Forced Response Analysis
    • Torsional Vibration Analysis