This advanced PhD course aims to delve into the multifaceted realm of lattice structures manufactured through additive manufacturing (AM) techniques, particularly focused on their applications in aerospace engineering. Through a multidisciplinary lens, this course will tackle the challenges and potentials in optimizing various functions such as heat exchange, structural integrity, and manufacturability. The course also aims to introduce also embedding of Fiber Bragg Grating (FBG) sensors for realizing smart components. It will conclude with an individual research project and peer-reviewed presentations.

- Basics of Additive Manufacturing - Introduction to Aerospace Engineering - Fundamentals of Fluid Dynamics and Structural Analysis - Research Methodologies in Engineering

Week 1 • Introduction to Lattice Structures and Aerospace Applications • Overview of Additive Manufacturing Technologies • Fluid Dynamics in Aerospace & Heat Exchangers Week 2 • Structural Analysis of Lattice Structures • Manufacturability Constraints in Additive Manufacturing • Sensors and Smart Materials: Introduction to FBG Sensors Week 3 • Design and Analysis Tools for Multidisciplinary Optimization • Case Studies: Real-world Aerospace Applications • FBG Sensors in Aerospace: Methods and Challenges Week 4 • Research Methodologies: From Hypothesis to Experimentation • Workshop: Developing Your Research Proposal Week 5 • Final Presentations and Peer Review

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Presentazione report scritto

P.D.2-2 - Giugno

Calendario 16/09/2025 23/09/2025 30/09/2025 07/10/2025 14/10/2025