EPRDV-Integrated Engineering Solutions

Experience the eprdv-Engineering Difference:

Design & Engineering Solutions through Science
committed to your success at an international and national level
innovative in the corporate culture and in global operation
Innovations Advanced Technology Leadership Awards
Weather
Aircraft design process
Aircraft design process & Development process
Airplane Parts and Function
  • Cockpit: Commabd and Control
  • Fuselage: Hold Things Together - Carry Payload
  • Slats: Increase Lift
  • Spoller: Change Lift, Drag and Roll
  • Alleron: Change Roll
  • Flaps: increase Lift and Drag
  • Elevator: Change Pitch
  • Rudder: Change Yaw
  • Vertical Stabilier: Control Yaw
  • Horizontal Stabilizer: Control Pitch
  • Winglet: Decrease Drag
  • Wing: Generate Lift
  • Turbine Engine: Geberate Thrust
  • Probeller: Rotating blade located on the front of the airplane
Our Innovative Technologies:
Building Information Modeling - BIM
  • Multiphysics Design,
  • Multiphysics Analysis,
  • Multidisciplinary optimization and retrofitting
  • Design constraints
    • Purpose
    • Aircraft regulations
    • Financial factors and market
    • Environmental factors
    • Safety
  • Development process
    • Concept sketching
    • Surafces modeling
    • Protoytye development
    • CAD-Computer aided design and modelling
    • CAE-computer aided engineering and modelling
    • Validation and optimisation
    • Powertrain engineering
    • Manufacturing process design
  • Design aspects
    • Wing design
    • Fuselage
    • Propulsion
    • Weight
    • Structure
  • Design process and simulation
    • Conceptual Design
    • Preliminary design phase
    • Detail design phase

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