Modelling the unidirectional fibre composite milling force oscillations through capturing the influence of the stochastic fibre distributions

Keyphrases

• Fiber Distribution 100%
• Unidirectional Fibre-reinforced Composites 100%
• Milling Force 100%
• Forced Oscillation 100%
• Milling Cutter 60%
• Fiber Orientation 60%
• Cutting Force 40%
• Chip Thickness 40%
• Cutter 40%
• Force Variability 40%
• Cutting Direction 40%
• Fiber Placement 40%
• Helical Milling 40%
• Rotational Motion 20%
• Time-domain Simulation 20%
• Discretized 20%
• Gaussian Distribution 20%
• Analytical Approach 20%
• Oscillation 20%
• Resultant Force 20%
• Consistency Degree 20%
• Inherent Characteristics 20%
• Random Fibers 20%
• Helix Angle 20%
• Cutting Coefficients 20%
• Composite Cutting 20%
• Cycloid Trajectory 20%
• Continuous Variation 20%
• High-frequency Variability 20%
• Fiber Cutting Angle 20%

Engineering

• Composite Fiber 100%
• Milling Cutters 100%
• Fiber Orientation 100%
• Cutting Edge 66%
• Cutting Force 66%
• Time Domain 66%
• Chip Thickness 66%
• Cutting Direction 66%
• Experimental Result 33%
• Illustrates 33%
• Gaussians 33%
• Analytical Approach 33%
• Force Variation 33%
• Resultant Force 33%
• Rotational Motion 33%
• Helix Angle 33%
• Cutting Angle 33%
• Inherent Characteristic 33%
• Continuous Variation 33%