This track focuses on the latest developments in meshfree methods, highlighting innovative techniques and their theoretical foundations. Researchers are encouraged to present their findings on the applicability of these methods in various mathematical and engineering contexts.

This session will explore the role of radial basis functions in numerical analysis, emphasizing their effectiveness in interpolation and approximation problems. Contributions that demonstrate new approaches or enhancements to existing methods are particularly welcome.

This track aims to discuss the theoretical advancements and practical applications of Smoothed Particle Hydrodynamics (SPH). Participants are invited to share their insights on the computational challenges and solutions associated with SPH in various fields.

This session will delve into finite point methods, focusing on recent innovations and their applications in solving partial differential equations. Researchers are encouraged to present case studies that demonstrate the effectiveness of these methods in real-world scenarios.

This track will address the critical aspects of convergence and stability in numerical methods, providing a platform for discussing theoretical results and practical implications. Contributions that offer new insights or methodologies for enhancing stability are highly encouraged.

This session will highlight various numerical simulation techniques employed in computational mechanics, emphasizing their role in solving complex engineering problems. Participants are invited to present innovative approaches that enhance computational efficiency and accuracy.

This track focuses on the development and analysis of discretization techniques for solving partial differential equations. Researchers are encouraged to share their findings on new discretization strategies and their impact on solution accuracy and computational cost.

This session will explore various approximation methods used in applied mathematics, with a focus on their theoretical underpinnings and practical applications. Contributions that demonstrate the effectiveness of these methods in solving real-world problems are welcome.

This track aims to discuss strategies for improving computational efficiency in numerical approaches, including algorithmic enhancements and parallel computing techniques. Researchers are invited to present their work on optimizing numerical methods for large-scale problems.

This session will showcase the application of meshfree methods in engineering disciplines, highlighting case studies and practical implementations. Contributions that demonstrate the advantages of these methods in solving engineering challenges are particularly encouraged.

This track will explore emerging trends and future directions in numerical methods, fostering discussions on innovative approaches and interdisciplinary applications. Participants are invited to share their perspectives on the evolving landscape of numerical analysis.