InTech. 2010. 424 p.
-биоинжиниринг.
-проектирование наноструктур.
-медицинские устройства.
-топливные элементы.
-композитные материалы.
-цифровая фабрика.
-энергия и информация.
-RFID технология.
This book pilots the reader into the future. The first three chapters introduce new materials and material processing methods. Then five chapters present innovative new design directions and solutions. The main section of the book contains ten chapters organized around problems and methods of manufacturing and technology, from cutting process optimisation through maintenance and control to the Digital Factory. The last two chapters deal with information and energy, as the foundations of a prospering economy.
Contents.
Processing and laser micromachining of HAP based biocomposites.
Design multifunctional product by nanostructures.
Predicting, measuring and tailoring thermal properties of morphological and structural modified polymeric composite materials.
Gradient-based approach for determination of oscillating flow fields in PIV.
Developments in modelling positive displacement screw machines.
New way for the innovation of gear types.
Active vibration control of joual bearings with the use of piezoactuators.
Graph search techniques for mobile robot path planning.
Simulation of cutting process – modeling and applications.
Evolutionary computation method for modeling of material properties.
Effective implementation of SPC.
Plant identification by relay method.
Procedures and methods of quality planning and their use for forming process optimization.
RFID technology in product lifecycle management.
Intelligent integrated maintenance of manufacturing systems.
Integration and optimisation of product design for ease of disassembly.
Knowledge-based mechanical and manufacturing engineering: the Basque Country experience.
Digital factory – theory and practice.
Dependability of e-information sources.
Energy and information.
-биоинжиниринг.
-проектирование наноструктур.
-медицинские устройства.
-топливные элементы.
-композитные материалы.
-цифровая фабрика.
-энергия и информация.
-RFID технология.
This book pilots the reader into the future. The first three chapters introduce new materials and material processing methods. Then five chapters present innovative new design directions and solutions. The main section of the book contains ten chapters organized around problems and methods of manufacturing and technology, from cutting process optimisation through maintenance and control to the Digital Factory. The last two chapters deal with information and energy, as the foundations of a prospering economy.
Contents.
Processing and laser micromachining of HAP based biocomposites.
Design multifunctional product by nanostructures.
Predicting, measuring and tailoring thermal properties of morphological and structural modified polymeric composite materials.
Gradient-based approach for determination of oscillating flow fields in PIV.
Developments in modelling positive displacement screw machines.
New way for the innovation of gear types.
Active vibration control of joual bearings with the use of piezoactuators.
Graph search techniques for mobile robot path planning.
Simulation of cutting process – modeling and applications.
Evolutionary computation method for modeling of material properties.
Effective implementation of SPC.
Plant identification by relay method.
Procedures and methods of quality planning and their use for forming process optimization.
RFID technology in product lifecycle management.
Intelligent integrated maintenance of manufacturing systems.
Integration and optimisation of product design for ease of disassembly.
Knowledge-based mechanical and manufacturing engineering: the Basque Country experience.
Digital factory – theory and practice.
Dependability of e-information sources.
Energy and information.