Ski Vibration Analysis & Reduction Simulation

Project Overview:
Objective: Analyze ski vibrations and evaluate the effectiveness of a vibration reduction system (e.g., Atomic’s Servotec) using ANSYS simulations.
Key Deliverables:
Dynamic analysis of ski vibration without and with a vibration reduction system.
Simulation results demonstrating the effectiveness of the reduction system.
Optimization suggestions for the reduction system, if applicable.
Key Project Components:
Ski Modeling:

Create a detailed 3D model of a ski (geometric and material properties).
Incorporate realistic material parameters like elasticity, damping, and density.
Vibration Reduction System:

Research and model a vibration reduction system like Servotec or similar mechanisms.
Simulate the integration of the system into the ski.
Simulation Setup:

Define boundary conditions for skiing scenarios (e.g., varying loads, impact, and contact with snow).
Apply transient or harmonic analysis for vibration simulations.
Identify key parameters: natural frequency, damping coefficients, and resonance behavior.
Comparison Analysis:

Perform simulations of the ski without and with the vibration reduction system.
Compare results in terms of vibration amplitude, damping efficiency, and stability.
Validation and Documentation:

Document methodology, simulation parameters, and results.
Provide insights into the effectiveness of the vibration reduction system.