Scientific Experiences in Energy and Thermal Engineering

Scope

Scientific Experiences in Energy and Thermal Engineering (SEETE) aims to provide a platform for the dissemination of high-quality scientific research, engineering innovations, and practical experiences in energy and thermal engineering. The journal seeks to advance fundamental knowledge and promote the development, integration, and application of energy and thermal technologies that improve energy efficiency, system performance, environmental sustainability, and societal well-being.

SEETE aims to bridge the gap between scientific research and practical engineering applications by publishing studies that provide new scientific insights, validated engineering solutions, innovative technologies, and evidence-based approaches to contemporary energy and thermal challenges. The journal encourages interdisciplinary research that supports the global energy transition, industrial decarbonization, sustainable development, and efficient utilization of energy resources.

Scope

SEETE welcomes original and significant contributions covering, but not limited to, the following areas:

• Thermodynamics and Thermofluids
  Fundamental and applied studies in thermodynamics, fluid mechanics, thermofluids, exergy analysis, energy analysis, and thermodynamic optimization.
• Heat and Mass Transfer
  Conduction, convection, radiation, phase-change heat transfer, boiling and condensation, heat exchangers, mass transfer, and coupled heat and mass transfer phenomena.
• Energy Conversion and Energy Systems
  Energy conversion technologies, integrated energy systems, distributed energy systems, cogeneration, trigeneration, and advanced energy-system configurations.
• Renewable and Sustainable Energy
  Solar, wind, biomass, biogas, geothermal, hydropower, hydrogen, bioenergy, waste-to-energy, and other renewable and low-carbon energy technologies.
• Energy Storage and Thermal Energy Storage
  Batteries and thermal management, thermal energy storage, phase-change materials, thermochemical storage, hydrogen storage, and integrated energy-storage systems.
• Thermal Management
  Thermal management of batteries, electric vehicles, electronic devices, microelectronics, data centers, energy systems, and other high-heat-flux applications.
• HVAC, Refrigeration, and Heat Pump Systems
  Heating, ventilation, air conditioning, refrigeration, heat pumps, refrigerants, cooling technologies, indoor thermal environments, and system optimization.
• Combustion and Thermal Processes
  Combustion science and technology, combustion dynamics, alternative fuels, biofuels, hydrogen combustion, co-firing, emissions reduction, and thermal conversion processes.
• Waste Heat Recovery and Energy Efficiency
  Waste heat utilization, heat recovery systems, energy-saving technologies, industrial energy efficiency, process integration, and energy optimization.
• Computational and Numerical Methods
  Computational fluid dynamics (CFD), numerical modeling, multiphysics simulation, computational thermodynamics, data-driven modeling, and artificial intelligence applications in energy and thermal systems.
• Energy–Environment Systems
  Energy-related emissions, carbon reduction, decarbonization technologies, life-cycle assessment, environmental impacts of energy systems, and sustainable energy transitions.
• Energy Systems for Industry and Society
  Energy applications in manufacturing, transportation, buildings, agriculture, communities, and other sectors, including energy management, techno-economic analysis, and system-level optimization.
• Emerging Energy Technologies
  Novel energy conversion systems, advanced thermal technologies, hydrogen energy, electrification, hybrid renewable energy systems, smart energy systems, and other emerging technologies relevant to future energy transitions.

SEETE welcomes experimental, theoretical, numerical, computational, analytical, and interdisciplinary studies, including research that combines multiple approaches to address complex energy and thermal engineering problems. Studies should demonstrate clear scientific or engineering contributions and provide findings that are relevant to researchers, engineers, industry, policymakers, or society.

The journal also considers review articles, technical notes, and case studies that provide substantial scientific, technological, or practical contributions to the field.