Multi-Scale Damage Modeling for Advanced Composite Materials; Bazle Z. Haque, Ryan L. Karkkainen; 2015

Multi-Scale Damage Modeling for Advanced Composite Materials Upplaga 1

av Bazle Z. Haque, Ryan L. Karkkainen
This book covers multi-scale damage modeling of composite materials while expanding classical techniques to consider advanced fiber architectures such as woven textile composites. Classical methods are expanded to the analysis of thick-section composites which opens the regime to ballistic and low velocity impact applications. These analyses are inherently multi-scale in nature, as deformation and failure mechanisms involve multiple phenomena on several length scales. Nano and micro scale modeling utilizing molecular and dynamic (MD) and advanced fracture computational techniques (XFEM and cohesive element approaches) can be employed to determine the property enhancements and toughening effects of nanoparticulate and carbon nanotube reinforcements. Material-by-design approaches to composite material development will be achieved through modeling of representative microstructures at multiple length scales.
This book covers multi-scale damage modeling of composite materials while expanding classical techniques to consider advanced fiber architectures such as woven textile composites. Classical methods are expanded to the analysis of thick-section composites which opens the regime to ballistic and low velocity impact applications. These analyses are inherently multi-scale in nature, as deformation and failure mechanisms involve multiple phenomena on several length scales. Nano and micro scale modeling utilizing molecular and dynamic (MD) and advanced fracture computational techniques (XFEM and cohesive element approaches) can be employed to determine the property enhancements and toughening effects of nanoparticulate and carbon nanotube reinforcements. Material-by-design approaches to composite material development will be achieved through modeling of representative microstructures at multiple length scales.
Upplaga: 1a upplagan
Utgiven: 2015
ISBN: 9781118710081
Förlag: John Wiley & Sons
Format: Häftad
Språk: Engelska
Sidor: 220 st
This book covers multi-scale damage modeling of composite materials while expanding classical techniques to consider advanced fiber architectures such as woven textile composites. Classical methods are expanded to the analysis of thick-section composites which opens the regime to ballistic and low velocity impact applications. These analyses are inherently multi-scale in nature, as deformation and failure mechanisms involve multiple phenomena on several length scales. Nano and micro scale modeling utilizing molecular and dynamic (MD) and advanced fracture computational techniques (XFEM and cohesive element approaches) can be employed to determine the property enhancements and toughening effects of nanoparticulate and carbon nanotube reinforcements. Material-by-design approaches to composite material development will be achieved through modeling of representative microstructures at multiple length scales.
This book covers multi-scale damage modeling of composite materials while expanding classical techniques to consider advanced fiber architectures such as woven textile composites. Classical methods are expanded to the analysis of thick-section composites which opens the regime to ballistic and low velocity impact applications. These analyses are inherently multi-scale in nature, as deformation and failure mechanisms involve multiple phenomena on several length scales. Nano and micro scale modeling utilizing molecular and dynamic (MD) and advanced fracture computational techniques (XFEM and cohesive element approaches) can be employed to determine the property enhancements and toughening effects of nanoparticulate and carbon nanotube reinforcements. Material-by-design approaches to composite material development will be achieved through modeling of representative microstructures at multiple length scales.
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Om Multi-Scale Damage Modeling for Advanced Composite Materials (2015)

I januari 2015 släpptes boken Multi-Scale Damage Modeling for Advanced Composite Materials skriven av Bazle Z. Haque, Ryan L. Karkkainen. Det är den 1a upplagan av kursboken. Den är skriven på engelska och består av 220 sidor djupgående information. Förlaget bakom boken är John Wiley & Sons som har sitt säte i Hoboken.

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