This track focuses on the latest research and developments in biomechanics, emphasizing the application of mathematical models to understand biological systems. Contributions may include experimental studies and computational approaches that enhance our understanding of human movement and tissue mechanics.

This session explores the integration of computational intelligence techniques in engineering applications, including optimization and decision-making processes. Papers may cover algorithms, machine learning, and data-driven approaches that improve engineering designs and analyses.

This track invites research on experimental techniques used to evaluate the mechanical properties of materials, including composites and ceramics. Studies may focus on innovative testing methods and their implications for material performance in engineering applications.

This session addresses the fundamental principles of fluid mechanics and their applications in various engineering fields. Contributions may include theoretical analyses, numerical simulations, and experimental investigations of fluid behavior in complex systems.

This track delves into the mathematical frameworks and methodologies for solving inverse problems and optimization challenges in engineering. Papers may present novel algorithms and case studies that demonstrate the effectiveness of these techniques in real-world applications.

This session focuses on multiscale modeling approaches that bridge different length scales in mechanical systems. Contributions may include theoretical developments and applications in nanomechanics, materials science, and structural analysis.

This track examines the principles of heat transfer as applied to advanced and functional materials in engineering. Papers may explore theoretical models, experimental investigations, and computational simulations that enhance our understanding of thermal behavior in various materials.

This session covers the analysis and design of solid and structural systems, emphasizing the application of mathematical techniques in mechanical engineering. Contributions may include innovative modeling approaches and case studies that address real-world structural challenges.

This track focuses on the latest advancements in computational fluid dynamics (CFD) methodologies and their applications in engineering. Papers may present novel algorithms, validation studies, and case studies that demonstrate the impact of CFD on design and analysis.

This session explores the intersection of materials science and engineering, focusing on the development and characterization of new materials. Contributions may include studies on the mechanical properties, processing techniques, and applications of advanced materials in various industries.

This track investigates the physical principles governing semiconductors and polymers, with a focus on their applications in engineering and technology. Papers may cover theoretical models, experimental findings, and the implications of these materials in modern engineering solutions.