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Fatigue Analysis of Reinforced Plastic Components (In collaboration with Hexagon)

azienda Thesis in external company    


keywords NUMERICAL MODELLING

Reference persons CRISTIANA DELPRETE, CARLO ROSSO

Research Groups 20- ISED: Industrial Systems Engineering and Design

Thesis type NUMERICAL

Description Fatigue analysis of reinforced plastics is crucial for automotive and aerospace applications to ensure long-term durability and safety under repeated loads. It supports optimized designs, weight reduction, and extended component lifespan in demanding conditions. Digimat simplifies the assessment of fatigue life for short and continuous fiber- reinforced plastics and additive manufacturing parts. Along with the Tsai-Hill failure criteria for short fiber composites, the newly introduced Tsai-Wu 3D orthotropic criteria and Gerber fatigue model provide accurate fatigue analysis for UD and additive manufactured components. Fatigue analysis can account for both constant and variable amplitude loads, with variable load investigations possible through the CAEfatigue interface in Digimat.

See also  propostetesi_2.pdf 


Deadline 07/01/2026      PROPONI LA TUA CANDIDATURA