Session Tracks

This track focuses on the latest innovations in metal additive manufacturing techniques and their applications in mechanical engineering. Participants will explore case studies and research findings that highlight the benefits and challenges of using metal AM in various industries.

This session will delve into the various polymer additive manufacturing methods and their implications for mechanical engineering design. Discussions will include material properties, processing techniques, and real-world applications of polymer AM.

This track emphasizes the principles and strategies for designing components specifically for additive manufacturing. Participants will learn about design optimization techniques that enhance performance and manufacturability.

This session will cover the role of rapid prototyping in accelerating product development cycles within mechanical engineering. Attendees will examine various prototyping techniques and their impact on design iterations and testing.

This track explores the integration of additive manufacturing with traditional manufacturing processes. Discussions will focus on the benefits of hybrid approaches in enhancing production efficiency and part functionality.

This session will provide an overview of the diverse additive manufacturing processes, including powder-bed fusion and direct energy deposition. Participants will gain insights into the operational principles and applications of these technologies.

This track focuses on the development and characterization of materials suitable for additive manufacturing. Researchers will present their findings on material properties, performance, and innovations in AM materials.

This session will explore the design and application of lattice structures enabled by additive manufacturing. Participants will discuss the mechanical properties and advantages of using lattice geometries in engineering applications.

This track will investigate the mechanical properties of parts produced through additive manufacturing techniques. Presentations will focus on experimental studies and modeling approaches to understand the performance of AM components.

This session will cover various optimization techniques for additive manufacturing design, including topology optimization and generative design. Attendees will learn how these techniques can lead to improved performance and reduced material usage.

This track will highlight the practical applications of additive manufacturing across different industries, including aerospace, automotive, and biomedical. Case studies will illustrate how AM technologies are transforming traditional manufacturing paradigms.