Panagiotis Kyratsis – författare

Digitalization concepts and methods have, in recent times, drawn the interest of researchers and academics, especially in design and manufacturing. Modern product design integrates advanced CAD/CAE/CAPP/CAM/PLM and computational tools as a means to automate tasks and increase the quality of the designed product, while reducing manufacturing cost and the time-to-market. The same is true that in the era of artificial intelligence, digital manufacturing is a fast-expanding focus of research that includes not only pure manufacturing topics but also additive manufacturing, reverse engineering, simulations of material properties for strength, manufacturability, and optimization of manufacturing processes.The book aims to cover digital tools and methods that offer additional advantages for designing and manufacturing products in a variety of industries. Furthermore, the book reviews green digital design and green digital manufacturing in the context of a circular economy.

The progress of composite materials and material science has transformed several sectors, including aviation, biomedicine, aerospace and automotive industry, medicine, and manufacturing. These advancements have opened the path for the creation of innovative hybrid materials and biomaterials that will greatly improve performance, durability, and sustainability. The introduction of 3D printing and additive manufacturing methods, notably Fused Deposition Modeling (FDM), has catapulted these areas to new heights. The book fills a significant vacuum in the existing literature by bringing together disparate but linked topics such as composites, material science, hybrid materials, biomaterials, tribology, machining, optimization, development innovations, synthesis of novel nanomaterials and additive manufacturing. While various publications address specific parts of these domains, this volume is a comprehensive resource that investigates their synergies of the above-mentioned areas. The book will be a useful resource for UG/PG Students, researchers, academics, and industry experts looking to comprehend and use these multidisciplinary breakthroughs to develop novel solutions.

Digitalization concepts and methods have, in recent times, drawn the interest of researchers and academics, especially in design and manufacturing. Modern product design integrates advanced CAD/CAE/CAPP/CAM/PLM and computational tools as a means to automate tasks and increase the quality of the designed product, while reducing manufacturing cost and the time-to-market. The same is true that in the era of artificial intelligence, digital manufacturing is a fast-expanding focus of research that includes not only pure manufacturing topics but also additive manufacturing, reverse engineering, simulations of material properties for strength, manufacturability, and optimization of manufacturing processes.The book aims to cover digital tools and methods that offer additional advantages for designing and manufacturing products in a variety of industries. Furthermore, the book reviews green digital design and green digital manufacturing in the context of a circular economy.

Digitalization concepts and methods have, in recent times, drawn the interest of researchers and academics, especially in design and manufacturing. Modern product design integrates advanced CAD/CAE/CAPP/CAM/PLM and computational tools as a means to automate tasks and increase the quality of the designed product, while reducing manufacturing cost and the time-to-market. The same is true that in the era of artificial intelligence, digital manufacturing is a fast-expanding focus of research that includes not only pure manufacturing topics but also additive manufacturing, reverse engineering, simulations of material properties for strength, manufacturability, and optimization of manufacturing processes.The book aims to cover digital tools and methods that offer additional advantages for designing and manufacturing products in a variety of industries. Furthermore, the book reviews green digital design and green digital manufacturing in the context of a circular economy.

The progress of composite materials and material science has transformed several sectors, including aviation, biomedicine, aerospace and automotive industry, medicine, and manufacturing. These advancements have opened the path for the creation of innovative hybrid materials and biomaterials that will greatly improve performance, durability, and sustainability. The introduction of 3D printing and additive manufacturing methods, notably Fused Deposition Modeling (FDM), has catapulted these areas to new heights. The book fills a significant vacuum in the existing literature by bringing together disparate but linked topics such as composites, material science, hybrid materials, biomaterials, tribology, machining, optimization, development innovations, synthesis of novel nanomaterials and additive manufacturing. While various publications address specific parts of these domains, this volume is a comprehensive resource that investigates their synergies of the above-mentioned areas. The book will be a useful resource for UG/PG Students, researchers, academics, and industry experts looking to comprehend and use these multidisciplinary breakthroughs to develop novel solutions.

The progress of composite materials and material science has transformed several sectors, including aviation, biomedicine, aerospace and automotive industry, medicine, and manufacturing. These advancements have opened the path for the creation of innovative hybrid materials and biomaterials that will greatly improve performance, durability, and sustainability. The introduction of 3D printing and additive manufacturing methods, notably Fused Deposition Modeling (FDM), has catapulted these areas to new heights. The book fills a significant vacuum in the existing literature by bringing together disparate but linked topics such as composites, material science, hybrid materials, biomaterials, tribology, machining, optimization, development innovations, synthesis of novel nanomaterials and additive manufacturing. While various publications address specific parts of these domains, this volume is a comprehensive resource that investigates their synergies of the above-mentioned areas. The book will be a useful resource for UG/PG Students, researchers, academics, and industry experts looking to comprehend and use these multidisciplinary breakthroughs to develop novel solutions.

This book showcases advances in composite materials, hybrid systems, and additive manufacturing, connecting scientific principles with practical industrial applications. Authored by specialists from both academia and industry, it merges foundational knowledge with practical insights. The text commences with the development of metal matrix composites and progresses to advances in additive manufacturing within the framework of industry 5.0. The discussion extends to chemical treatments of natural fibers and next-generation polymer nanocomposites aimed at achieving tribological excellence, with a focus on both performance and sustainability. It further investigates sophisticated materials for hydrogen storage utilizing hybrid materials followed by magneto-electric nanocomposites for precise drug delivery, and the effects of CdSe and ZnSe nanoparticles on P3HT, where photothermal deflection spectroscopy reveals pathways for solar cells and optoelectronic devices. Applied dimensions include performance evaluations of disc brake materials (using SolidWorks and ANSYS), innovative coatings, and environmentally friendly mono and hybrid nanoparticle cutting fluids in minimum quantity lubrication for sustainable machining. The text also delves into composite strategies for managing solar PV waste and reinforced UHMWPE for wear-resistant biomedical joint applications. By integrating perspectives from materials, manufacturing, energy, healthcare, and environmental considerations, this volume provides a thorough overview of sustainable technological progress.

This book showcases advances in composite materials, hybrid systems, and additive manufacturing, connecting scientific principles with practical industrial applications. Authored by specialists from both academia and industry, it merges foundational knowledge with practical insights. The text commences with the development of metal matrix composites and progresses to advances in additive manufacturing within the framework of industry 5.0. The discussion extends to chemical treatments of natural fibers and next-generation polymer nanocomposites aimed at achieving tribological excellence, with a focus on both performance and sustainability. It further investigates sophisticated materials for hydrogen storage utilizing hybrid materials followed by magneto-electric nanocomposites for precise drug delivery, and the effects of CdSe and ZnSe nanoparticles on P3HT, where photothermal deflection spectroscopy reveals pathways for solar cells and optoelectronic devices. Applied dimensions include performance evaluations of disc brake materials (using SolidWorks and ANSYS), innovative coatings, and environmentally friendly mono and hybrid nanoparticle cutting fluids in minimum quantity lubrication for sustainable machining. The text also delves into composite strategies for managing solar PV waste and reinforced UHMWPE for wear-resistant biomedical joint applications. By integrating perspectives from materials, manufacturing, energy, healthcare, and environmental considerations, this volume provides a thorough overview of sustainable technological progress.

This book showcases advances in composite materials, hybrid systems, and additive manufacturing, connecting scientific principles with practical industrial applications. Authored by specialists from both academia and industry, it merges foundational knowledge with practical insights. The text commences with the development of metal matrix composites and progresses to advances in additive manufacturing within the framework of industry 5.0. The discussion extends to chemical treatments of natural fibers and next-generation polymer nanocomposites aimed at achieving tribological excellence, with a focus on both performance and sustainability. It further investigates sophisticated materials for hydrogen storage utilizing hybrid materials followed by magneto-electric nanocomposites for precise drug delivery, and the effects of CdSe and ZnSe nanoparticles on P3HT, where photothermal deflection spectroscopy reveals pathways for solar cells and optoelectronic devices. Applied dimensions include performance evaluations of disc brake materials (using SolidWorks and ANSYS), innovative coatings, and environmentally friendly mono and hybrid nanoparticle cutting fluids in minimum quantity lubrication for sustainable machining. The text also delves into composite strategies for managing solar PV waste and reinforced UHMWPE for wear-resistant biomedical joint applications. By integrating perspectives from materials, manufacturing, energy, healthcare, and environmental considerations, this volume provides a thorough overview of sustainable technological progress.

This book presents the latest advances in manufacturing from both the experimental and simulation point of view. Experimental studies on manufacturing processes require funds, time and expensive facilities, while numerical simulations and mathematical models can improve the efficiency of using the research results.

This book presents the latest advances in manufacturing from both the experimental and simulation point of view. It covers most aspects of manufacturing engineering, i.e. theoretical, analytical, computational and experimental studies. Experimental studies on manufacturing processes require funds, time and expensive facilities, while numerical simulations and mathematical models can improve the efficiency of using the research results. It also provides high level of prediction accuracy and the basis for novel research directions.

This book presents the latest advances in manufacturing from both the experimental and simulation point of view. Experimental studies on manufacturing processes require funds, time and expensive facilities, while numerical simulations and mathematical models can improve the efficiency of using the research results.

This book focus on the product design process. It follows a holistic approach covering conceptual design, design methodologies, sustainability, manufacturing, product analysis, materials, design and manufacturing technologies. Finally, the digital transformation, aesthetic design and the use of materials in orthopedic design is present.

This book focus on the product design process. It follows a holistic approach covering conceptual design, design methodologies, sustainability, manufacturing, product analysis, materials, design and manufacturing technologies. The reader can find interesting cases about industrial design, 3D printing and 4D printing for wearables. The axiomatic design methodology is presented together with applications in machine learning and knowledge-based systems. Research about personalized fashion and professional uniform evaluations methods are included. Finally, the digital transformation, aesthetic design and the use of materials in orthopedic design is present. 

This book focus on the product design process. It follows a holistic approach covering conceptual design, design methodologies, sustainability, manufacturing, product analysis, materials, design and manufacturing technologies. Finally, the digital transformation, aesthetic design and the use of materials in orthopedic design is present.

This book presents the latest advances in computational and parametric design engineering, as well as digital tools related to manufacturing. It covers design and manufacturing process such as CAD-based design/manufacturing, parametric design, algorithmic design and process automation, and several digital tools and applications.

This book presents the latest advances in computational and parametric design engineering, as well as digital tools related to manufacturing. It covers design and manufacturing process such as CAD-based design/manufacturing, parametric design, algorithmic design and process automation, and several digital tools and applications.

This book covers machining simulations using advanced nonlinear finite element analysis (FEA) methodologies coupled with CAD-based techniques. The content increases awareness about the possibilities to reduce the actual experimental work via experimentally validated simulations using nonlinear finite element analysis.

This book offers a thorough examination of CAD-based programming in the context of design and manufacturing, structured across five key chapters. Readers will explore topics such as automated design, geometry feature recognition, and system assembly, as well as the generation of CNC codes directly from CAD models.

The book aims to cover several areas in both design and manufacturing advancements while targeting technologies and methodologies that can push forward the research. There are a variety of topics included in order to provide a solid basis towards Industry 4.0 i.e., design methodologies, digital tools, CAD based applications, CAD/CAM/CAE developments, product design, material selection and improved material technology, additive manufacturing, modern machine design, smart manufacturing automation, algorithmic/computational design, artificial intelligence in design and manufacturing, machine learning applications, sustainable design, structures design optimization, STEAM (Science-Technology-Engineering-Arts-Mathematics) technologies and gamification.

The book aims to cover several areas in both design and manufacturing advancements while targeting technologies and methodologies that can push forward the research. There are a variety of topics included in order to provide a solid basis towards Industry 4.0 i.e., design methodologies, digital tools, CAD based applications, CAD/CAM/CAE developments, product design, material selection and improved material technology, additive manufacturing, modern machine design, smart manufacturing automation, algorithmic/computational design, artificial intelligence in design and manufacturing, machine learning applications, sustainable design, structures design optimization, STEAM (Science-Technology-Engineering-Arts-Mathematics) technologies and gamification.

The book aims to cover several areas in both design and manufacturing advancements while targeting technologies and methodologies that can push forward the research. There are a variety of topics included in order to provide a solid basis towards Industry 4.0 i.e., design methodologies, digital tools, CAD based applications, CAD/CAM/CAE developments, product design, material selection and improved material technology, additive manufacturing, modern machine design, smart manufacturing automation, algorithmic/computational design, artificial intelligence in design and manufacturing, machine learning applications, sustainable design, structures design optimization, STEAM (Science-Technology-Engineering-Arts-Mathematics) technologies and gamification.

The topics covered include modelling analysis, computing and simulation, traditional and non-traditional optimization techniques, surface coating methods, additive manufacturing processes, CAD/CAM, robotics and automation, welding and joining processes, supply chain management and CAE and reverse engineering.