This track focuses on the application of computational methods to model and analyze complex biological systems. Topics include computational biology, biomechanics, and biomedical technology.

This session explores numerical algorithms and techniques for solving fluid dynamics problems. Emphasis will be placed on inviscid and viscous flows, multi-phase flows, and unsteady flow computations.

This track addresses computational modeling of damage, fracture, and failure in materials and structures. It will cover dynamic failure analysis and damage mechanics methodologies.

This session highlights the role of high-performance computing in solving complex engineering problems. Discussions will include parallel computing, optimization techniques, and computational efficiency.

This track focuses on computational approaches in materials science, including smart materials and adaptive systems. Topics will cover computational polymers, composites, and the mechanical response of materials.

This session emphasizes the integration of computational methods across various scientific and engineering disciplines. It will explore coupled problems, interdisciplinary approaches, and collaborative methodologies.