Aims&Scope

AIMS AND OBJECTIVE

The Faculty of Mechanical Engineering of University of Tuzla publishes an open access peer-reviewed international journal known as International Journal of Thermal-Fluid Engineering and Modern Energetics (TFEME) 2831-0527 (Online) for the dissemination of original research in all fields of Energetics.

The journal aims to present the latest development and achievements in scientific research in Bosnia and Herzegovina and overseas to the world’s community especially to simulate and promote academic exchange between local and foreign scientists, engineers, and researchers everywhere. Original, innovative and novel contributions providing insight into the use of analytical, computational modelling as well as experimental research results are encouraged. The TFEME are edited by the international board of distinguished local and foreign scientists, researchers. The objective of publishing this journal in English is to strengthen international exchange in academic research.

 

SCOPE

The TFEME provides the forum for high-quality research communications and addresses all aspects of original experimental information based on theory and their applications. This journal welcomes all contributions from those who wish to report on new developments in mechanical engineering and thermal sciences fields within the following scopes.

Advanced Energy Systems
Energy and Sustainability
Industry Problems: CO2 Capture
Environmental System and Engineering Equipment
Thermo-Economic Analysis of Energy System
Solar Energy Equipment and Processes
Energy Storage System
Heating and Ventilation Systems
Natural and Built Environments
Wind Turbines and Control
Heat Pumps
Fluid Measurements and instrumentation
Heat Transfer and Fluid Flow Multiphase Phenomena
Micro and Nano Fluids Applications
Heat Transfer and Fluid Flow in Industrial Processes
Heat Transfer and Fluid Flow in Biomedical/Medical Systems
Computational Methods in Thermal-Fluid System
Experimental Methods and Instrumentation in Fluid Mechanics and Heat-Mass Transfer
Modeling and Measurement of Environmental Flows
Cryogenics
Heat Exchanger: Novel and Compact
Air Conditioning System and Refrigeration
Fuel Cells
Thermo-Fluid Education
Hybrid Energy Systems