Effect of process parameters on the mechanical properties of MEX fabricated short carbon reinforced PEEK composites

Keyphrases

• Process Parameters Influence 100%
• Reinforced 100%
• Material Mechanical Properties 100%
• Material Extrusion 100%
• PEEK Composites 100%
• Carbon Fiber Reinforced Polyetheretherketone 100%
• Printing Speed 50%
• Response Surface Methodology 33%
• Thermal State 33%
• Nozzle Temperature 33%
• Regression Analysis 16%
• Temperature Range 16%
• Elastic Modulus 16%
• Multi-objective Optimization 16%
• Additive Manufacturing Process 16%
• Mechanical Performance 16%
• Ultimate Tensile Strength 16%
• Tensile Fatigue 16%
• Fatigue Strength 16%
• Semi-crystalline 16%
• Engineering Application 16%
• Inconsistency 16%
• Differential Scanning Calorimetry 16%
• Fatigue Test 16%
• Material Conditions 16%
• Thermal Analysis 16%
• Tensile Behavior 16%
• Mechanical Properties Enhancement 16%
• Static Strength 16%
• Methodological Framework 16%
• Extrusion Processing 16%
• Impact Mechanical Properties 16%
• State Characterization 16%
• Key Process Parameters 16%
• Functional Applications 16%
• Scanning Electron Microscopy (SEM-EDS) 16%
• Predictive Model 16%
• Speed Range 16%
• Effective Additive 16%
• Failure Feature 16%
• Fractographic Examination 16%
• Parameter Window 16%
• Three-level Full Factorial Design 16%

Engineering

• Mechanical Property 100%
• Process Parameter 100%
• Polyetheretherketone 100%
• Material Extrusion 100%
• Response Surface Methodology 33%
• Thermal State 33%
• Temperature Range 16%
• Modulus of Elasticity 16%
• Multiobjective Optimization 16%
• Additive Manufacturing Process 16%
• Mechanical Performance 16%
• Ultimate Tensile Strength 16%
• Tensile Loads 16%
• Engineering Application 16%
• Mechanical Fatigue Test 16%
• Fatigue Strength 16%
• Full Factorial Design 16%
• Interlayer 16%
• Static Strength 16%
• Key Process Parameter 16%
• Revealed Failure 16%