Engineering Research
Materials Science
Engineering Series
Books by Keyword: Heat Transfer
Books
The 46th volume of the journal "Advanced Engineering Forum" contains papers that present the research results on properties of carbon fibre reinforced metal matrix composite and multiwalled carbon nanotubes nanocomposite, conditions of mass and heat transfer under nanofluid by numerical modelling, strength properties and microstructure of sandcrete blocks incorporated with maize straws. The volume also describes the optimal control strategy for energy management of PV-diesel-battery hybrid power system of a stand-alone micro-grid and analyses the thermal and emission performance of in-house developed natural and forced draft metal biomass cookstoves. The analysis of the possibility of implementing the system of qualification and certification of the inspection personnel in the welding field will be also interesting to readers. The professionals, students and scientific investigators working in the various engineering fields will find this volume of value.
This volume includes articles introducing the readers to the latest results of research and practical solutions in the field of applied nanomaterials science, technologies of their synthesis and technologies of 3D printing. Collected papers will be helpful for specialists from many branches of modern production.
This issue of the journal includes articles that described the last research results in materials science, mechanical engineering and machine design, heat transfer, treatment of the aqueous environment and solid waste aerobic degradation, power engineering, cloud computing, inventory management, crop production.
This special issue contains peer-reviewed papers. It describes the results of engineering solutions and research dealing with actual problems in using solar and wind energy and processes of heat and mass transfer in thermal systems.
The special issue entitled “Transfer Phenomena in Fluid and Heat Flows XIII” of Defect and Diffusion Forum continues a series of themed volumes and presents a collection of works associated with heat transfer and fluid flow phenomena. These topics can be understood in a wider sense as classical diffusion-related topics. The continuous need for improved machines and higher efficiencies and more detailed and accurate theoretical modeling approaches makes it necessary to showcase the latest trends on a regular basis with small intervals between the different volumes in this topical series.