Wind Energy

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The natural resources are depleting at a fast pace which in turn is creating a challenging environment to produce energy using renewable sources. Number of engineering R & D is going on across the globe to find the best alternate solution to the depleting resources for power generation. It is imperative to find sources which are available in abundance like Wind, Hydro, Solar and Bio degradable resources to produce energy and meet the global demand.

AMM looks at the world always as customer centric. The Wind Energy solutions AMM delivers are always driven by the benefits they render to the customer demands. AMM believes in sustainable business growth and the models are powered by talented intellectuals
AMM has domain expertise and capability in Design, Analysis, Development and Control Automation specific to Wind Energy platforms & Towers, with engineers having experience in working with big OEMs at higher levels of quality and efficiency.

Our areas of expertise include:
CAD
  • Concept and detail Design
  • 3D modeling
  • Data migration & Legacy conversion
  • Reverse and Value engineering
Wind Energy CAE

AMM engineers are currently engaged with various Analysis based projects like FE Analysis, F&DT, Structural and Dynamic Analysis in Wind Engergy domain. We have the needed experience and expertise to handle large turnkey projects for any major OEMs.

Fatigue Damage Calculations
  • Damage Calculations: From duty cycle and timeseries
  • Bolted Joint and Structural Damage calculations
  • Cast and Steel components
  • Critical plane method for surface stresses
  • Synthetic SN Curves as per GL Guidelines
Structural and Dynamic Analysis
  • Ultimate load calculations for cast parts and bolted joints
  • Bearing behaviour calculations
  • Service feasibility calculations
  • Dynamic calculations for coolant pipes
  • Heavy transportation structures calculations as per transportation loading scenarios
CFD
  • Flow Analysis – intake, axial/centrifugal compressor
  • Single/Multi-phase flow analysis
  • Steady/Transient flow analysis
  • Fluid-Structure Interaction (FSI) modeling
  • Rotor Dynamic Analysis