Volume 8, Issue 2 of this journal highlights significant advancements in the integrated application of thermodynamics, artificial intelligence, and advanced materials in the field of sustainable energy. Some featured findings include machine learning programs for electrolyzers, enabling efficient hydrogen production; ultra-high-efficiency vacuum insulated panels suitable for containers; and metal iodides and their applications in medical technologies. Additionally, a critical thermodynamic analysis quantifies the impact of trace gases on the storage of heat in the atmosphere of the Earth. These studies collectively drive innovation toward reducing the energy footprint.

More details, please read Volume 8 Issue 2.

Volume 8 Issue 1 presents innovative studies involving thermal properties analysis for phase change materials, solar-powered absorption refrigeration system, thermal management strategies and optimization of heat systems using numerical analysis methods. The issue also includes a comprehensive review on the role of nanomaterials in the manufacturing of micro and macro scale devices. These studies offer valuable insights to advance sustainable thermal energy technologies and thermal system design. The works in this issue are vital to develop critical solutions for engineering challenges in thermal systems.

More details, please read Volume 8 Issue 1.