Advanced Technology for Design and Fabrication of Composite Materials and Structures

Inhaltsverzeichnis

• Session I: Curing, Bonding and Modelling.
• Towards decision making in knowledge-based systems for composite cure.
• Adhesive bonding in construction technology.
• Nonlinear fracture mechanics models for fibre reinforced materials.
• Session II: Composite Fabrication Technology.
• Modelling three-dimensional composites.
• Design-fabrication-performance relationship of advanced textile structural composites.
• Modelling of filament winding technology.
• Session III: Structural Behavior of Composites.
• Material anisotropy and work strain characterized by stationary values of strain energy density function.
• Constitutive laws for fibre reinforced ceramics.
• On the fiber-governed bimodular constitutive models.
• Genetic algorithms for the design of composite panels.
• Session IV: Composite Beams and Plates.
• On computational strategies for composite laminates.
• Some aspects in the structural modelling of composite laminates.
• Transverse cracking in laminated composites.
• Some global aspects of fibre reinforcement efficiency in concrete.
• Failure behavior and structural design of concrete members reinforced with continuous fiber reinforcing materials.
• Session V: Interfaces and Fracture.
• Interface structure analysis and fracture behaviour of inorganic composites.
• Advanced fibre composites with engineered interfaces.
• Interface property tailoring for pseudo strain-hardening cementitious composites.
• Session VI: Damage and Fracture.
• Experimental determination of the fractal dimension of disordered fracture surfaces.
• Damage characterization, damage growth validation and repair consideration of advanced aircraft composite structures.
• Near tip measurement of environmental effects on opening and growth of cracks in particulate composites.
• Fracture mechanics parameters influencing themechanical properties of concrete composites.
• Session VII: Thermoplastic Composites.
• Fundamental aspects in manufacturing of thermoplastic composite materials.
• Economic manufacturing techniques for continuous fibrereinforced thermoplastics in aircraft and automotive applications.
• Forming techniques of advanced thermoplastic composite materials.
• Session VIII: Joint, Airframe and Engine.
• Bolted joint strength of graphite/epoxy laminates subjected to biaxial loading conditions.
• A parametric study of structural adhesive joints for aerospace applications.
• Impact damage and residual strength of forward fuselage composite panel.
• Application of metal matrix composites for supersonic aeroplane engines.