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Experimental investigation and process simulation of the compression molding process of Sheet Molding Compound (SMC) with local reinforcements43,00 €![Biaxial Characterization and Mean-field Based Damage Modeling of Sheet Molding Compound Composites]( "Biaxial Characterization and Mean-field Based Damage Modeling of Sheet Molding Compound Composites")
Biaxial Characterization and Mean-field Based Damage Modeling of Sheet Molding Compound Composites42,00 €![Thermomechanical Modeling and Experimental Characterization of Sheet Molding Compound Composites]( "Thermomechanical Modeling and Experimental Characterization of Sheet Molding Compound Composites")
Thermomechanical Modeling and Experimental Characterization of Sheet Molding Compound Composites47,00 €![Microstructure generation and micromechanical modeling of sheet molding compound composites]( "Microstructure generation and micromechanical modeling of sheet molding compound composites")
Microstructure generation and micromechanical modeling of sheet molding compound composites49,00 €![Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates]( "Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates")
Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates54,00 €![Fiber Orientation Tensors and Mean Field Homogenization: Application to Sheet Molding Compound]( "Fiber Orientation Tensors and Mean Field Homogenization: Application to Sheet Molding Compound")
Fiber Orientation Tensors and Mean Field Homogenization: Application to Sheet Molding Compound44,00 €![Thermomechanical Mean-Field Modeling and Experimental Characterization of Long Fiber-Reinforced Sheet Molding Compound Composites]( "Thermomechanical Mean-Field Modeling and Experimental Characterization of Long Fiber-Reinforced Sheet Molding Compound Composites")
Thermomechanical Mean-Field Modeling and Experimental Characterization of Long Fiber-Reinforced Sheet Molding Compound Composites43,00 €
Sheet Molding Compounds (SMC) are discontinuous fiber reinforced composites that are widely applied due to their ability to realize composite parts with long fibers at low cost. A novel Direct Bundle Simulation (DBS) method is proposed in this work to enable a direct simulation at component scale utilizing the observation that fiber bundles often remain in a bundled configuration during SMC compression molding.