This track focuses on innovative mathematical techniques and models that enhance the efficiency and sustainability of energy systems. Contributions may include optimization methods, simulation models, and risk analysis in energy production and distribution.

This session aims to explore the application of mathematical modeling in optimizing transportation systems and infrastructure. Topics may include traffic flow modeling, network design, and the impact of emerging technologies on transport efficiency.

This track invites discussions on numerical techniques used to solve complex mathematical models in various fields. Emphasis will be placed on the development and application of algorithms for real-world problems in energy and transport.

This session will cover the use of simulation methods in the planning and management of infrastructure projects. Papers may address case studies, model validation, and the integration of simulation with decision-making processes.

This track focuses on optimization approaches for energy management, including resource allocation and demand response strategies. Contributions should highlight mathematical frameworks and their practical applications in energy systems.

This session explores the application of control theory in the management and operation of transport systems. Topics may include feedback control mechanisms, adaptive control, and their implications for system performance.

This track aims to discuss the role of statistical methods in assessing and managing risks associated with infrastructure projects. Papers should focus on probabilistic modeling, uncertainty quantification, and decision-making under risk.

This session will address mathematical models that promote sustainability in energy and transport sectors. Contributions may include lifecycle analysis, carbon footprint modeling, and strategies for reducing environmental impact.

This track focuses on the intersection of applied mechanics and energy systems, exploring mathematical models that describe mechanical behavior in energy applications. Topics may include structural analysis, fluid dynamics, and thermodynamics.

This session will explore the application of complex systems theory and network analysis in understanding infrastructure dynamics. Papers should focus on modeling interactions within infrastructure networks and their implications for resilience and efficiency.

This track invites contributions that highlight cutting-edge developments in mathematical modeling across energy, transport, and infrastructure. Topics may include interdisciplinary approaches, innovative methodologies, and future research directions.