Welcome to Volume 7, Issue 3 of Thermal Science and Engineering. This issue includes research topics such as plane wave propagation in thermoelasticity, thermodynamic evaluation of power plants, creation of novel series flow channel designs, burning of wood pellets, and complex flow dynamics of nanofluids. These studies demonstrate the widespread application of thermodynamics in numerous sectors and stimulate their development by examining thermodynamical features and inventive designs. This issue emphasizes thermodynamics' cross-disciplinary significance, and studying Rayleigh wave propagation in a homogeneous thermoelastic solid half-space can yield significant information for seismological research. Enjoy your reading.

Volume 7 Issue 2 emphasizes energy utilization and environmental protection, providing readers with the most recent thermodynamic research. This issue includes the most recent discoveries in research topics such as heat transfer, the application of thermodynamics in mitigating global warming, alternative fuel properties, and energy recovery. The role of thermodynamic geoengineering in energy supply and lowering carbon emissions is the highlight of this issue. These studies contribute to alleviating the negative impact caused by climate change and promoting sustainable development.

Welcome to Volume 7, Issue 1 of Thermal Science and Engineering. This issue focuses on topics about refrigeration systems, power generation systems, carbon-based materials, thermal radiation, and printing press fire dangers. The latest findings on refrigeration and power generation systems are the highlights of this issue, as they investigate the temperature characteristics of refrigeration systems and the thermal efficiency of power generation systems, providing significant recommendations for optimizing these two systems. Furthermore, this issue includes research that integrates thermal science and fluid mechanics, demonstrating the strong association between thermal science and other disciplines and providing fresh study ideas for researchers in related fields.

In Volume 6 Issue 2, we offer several research articles that contribute to the field of thermal science. This issue includes studies on the interplay of various energy sources within a heating system, the setup of microgrids not connected to the main power grid, and the effects of thermal effusivity on temperature changes at surfaces. It also addresses improved forecasting for thermal equipment used in educational institutions and the heat transfer properties of hybrid nanofluids. These articles reflect our ongoing effort to provide practical energy efficiency and heat management knowledge, furthering our objective to enhance energy efficiency and reduce heat loss.

Welcome to Volume 6 Issue 1 of Thermal Science and Engineering (TSE), where we present a selection of articles that reflect our commitment to advancing thermal science. This issue brings you the latest in thermal safety for electric vehicle batteries, innovative power-to-gas solutions for renewable energy storage, and IoT applications for energy efficiency. We also highlight advances in tandem solar cells and the economic analysis of biomass and solar energy in buildings. Dive into our pages for a comprehensive view of the thermal engineering landscape.

Volume 5, Issue 2 focuses on the wide application of solar energy, particularly the use of solar energy for photothermal and photovoltaic applications, as well as the most recent advances in solar energy technology. These papers include exploring the effectiveness of solar thermal collectors, using solar distillation in saltwater desalination, designing solar direct expansion heat pumps experimentally, and analyzing photovoltaics for energy efficiency. The analysis of thermal performance in various areas using modeling and other approaches has aided the development of related fields and supplied vital reference information for solar energy researchers.

Volume 5, Issue 1 provides readers with breakthrough thermodynamic research. To achieve the goal of environment protection and energy consumption reduction, this issue investigates the application of ceramic membranes in waste heat recovery and the thermodynamic performance of hazardous component adsorption in wastewater by coffee leftovers. Furthermore, the relevant thermal properties of alloys and heat pump air conditioning are explored using numerical simulation and analysis, and a new modeling method for boiler combustion systems is proposed, which has contributed to the growth of related fields. Please enjoy reading the newest thermodynamics research articles in this issue; we aim to provide you with useful information.