Add to ORKGIn this investigation, the effect of two initial process conditions, pre-heating temperature of the composite and the die-cooler temperature, on the optimization of the pultrision process is discussed. The process simulation was carried out using the three-dimensional FE/NCV procedure.Master of Science (Mechanics and Processing of Materials
Pultrusion is an industrial process used to produce glass fibers reinforced polymers profiles. These...
Pultrusion is a process through which high-modulus, lightweight composite structural members such as...
An experimental procedure is being developed to simulate the thermoplastic pultrusion process. A com...
In this dissertation, the optimization of initial process and primary conditions such as heating of ...
103 p.Optimizing the temperature of pultruded products is critical in the manufacturing of thermoset...
In this paper thermo-chemical simulation of the pultrusion process of a composite rod is first used ...
The purpose of this project is to prove that post-curing in pultrusion process is effective in impro...
In this chapter, numerical modeling strategies are presented for the pultrusion of thermosetting com...
The objective of this research is the optimization of the die heater parameters using FEA for pultru...
Composite materials, as the name indicates, are composed of different materials that yield superior ...
Pultrusion is one of the most effective manufacturing processes for producing composites with consta...
This paper deals with a hybrid optimization of the degree of cure and temperature field into the wor...
International audienceOptimization of manufacturing processes involves the optimal choice of many pr...
This paper discusses the development, implementation and application of numerical schemes for modell...
Pultrusion is one of the most cost-effective manufacturing techniques for producing fiber-reinforced...
Pultrusion is an industrial process used to produce glass fibers reinforced polymers profiles. These...
Pultrusion is a process through which high-modulus, lightweight composite structural members such as...
An experimental procedure is being developed to simulate the thermoplastic pultrusion process. A com...
In this dissertation, the optimization of initial process and primary conditions such as heating of ...
103 p.Optimizing the temperature of pultruded products is critical in the manufacturing of thermoset...
In this paper thermo-chemical simulation of the pultrusion process of a composite rod is first used ...
The purpose of this project is to prove that post-curing in pultrusion process is effective in impro...
In this chapter, numerical modeling strategies are presented for the pultrusion of thermosetting com...
The objective of this research is the optimization of the die heater parameters using FEA for pultru...
Composite materials, as the name indicates, are composed of different materials that yield superior ...
Pultrusion is one of the most effective manufacturing processes for producing composites with consta...
This paper deals with a hybrid optimization of the degree of cure and temperature field into the wor...
International audienceOptimization of manufacturing processes involves the optimal choice of many pr...
This paper discusses the development, implementation and application of numerical schemes for modell...
Pultrusion is one of the most cost-effective manufacturing techniques for producing fiber-reinforced...
Pultrusion is an industrial process used to produce glass fibers reinforced polymers profiles. These...
Pultrusion is a process through which high-modulus, lightweight composite structural members such as...
An experimental procedure is being developed to simulate the thermoplastic pultrusion process. A com...