Rheological study has been performed experimentally to evaluate the influence of different particle sizes and powder loadings to the rheological properties of SS316L MIM feedstock. The effects of different particle size, powder loading, shear rate and temperature has been investigated using capillary rheometer. The effect of shear rate to the feedstock viscosity was evaluated and result demonstrated that the feedstocks are pseudo-plastic. Their viscosity also shows strong dependence on the shear rate. The activation energy of each feedstock indicates the sensitivity to temperature and shear stress. The moldability index of the feedstock is also significant. The results indicate that the high powder loading feedstock at 64 % volumes demonstr...
The rheological behavior of alumina molding feedstocks containing polyethylene glycol (PEG), polyvin...
Particle size and injection temperature influence on the injection of SS316L powder has been investi...
Abstract: The rheological behavior of feedstocks used in powder injection molding technology influen...
Rheological study has been performed experimentally to evaluate the influence of different particle ...
The influence of a binder system to the rheological behavior of a Metal Injection Molding (MIM) feed...
International audienceThe viscous behavior of feedstocks plays the crucial role in Micro MIM. It aff...
Rheological properties of the monomodal and bimodal MIM feedstock are presented in this paper. Coars...
In this paper, the performance of feedstock characteristics for micro metal injection molding (μMIM)...
In order to produce a defect-free component, the feedstock composition plays as a critical factor. T...
International audiencePowder injection moulding is a low-cost manufacturing process that produces ve...
The purpose of this research is to investigate the influence of different powder loadings of 316L st...
The rheological behavior of Fe trimodal powder feedstock for mu-PIM was investigated using torque rh...
Rheological behavior of feedstock, which highly affects the condition of green body, is substantial ...
Binder formula is one of the most significant factors which has a considerable influence on powder i...
The rheological behavior of alumina molding feedstocks containing polyethylene glycol (PEG), polyvin...
The rheological behavior of alumina molding feedstocks containing polyethylene glycol (PEG), polyvin...
Particle size and injection temperature influence on the injection of SS316L powder has been investi...
Abstract: The rheological behavior of feedstocks used in powder injection molding technology influen...
Rheological study has been performed experimentally to evaluate the influence of different particle ...
The influence of a binder system to the rheological behavior of a Metal Injection Molding (MIM) feed...
International audienceThe viscous behavior of feedstocks plays the crucial role in Micro MIM. It aff...
Rheological properties of the monomodal and bimodal MIM feedstock are presented in this paper. Coars...
In this paper, the performance of feedstock characteristics for micro metal injection molding (μMIM)...
In order to produce a defect-free component, the feedstock composition plays as a critical factor. T...
International audiencePowder injection moulding is a low-cost manufacturing process that produces ve...
The purpose of this research is to investigate the influence of different powder loadings of 316L st...
The rheological behavior of Fe trimodal powder feedstock for mu-PIM was investigated using torque rh...
Rheological behavior of feedstock, which highly affects the condition of green body, is substantial ...
Binder formula is one of the most significant factors which has a considerable influence on powder i...
The rheological behavior of alumina molding feedstocks containing polyethylene glycol (PEG), polyvin...
The rheological behavior of alumina molding feedstocks containing polyethylene glycol (PEG), polyvin...
Particle size and injection temperature influence on the injection of SS316L powder has been investi...
Abstract: The rheological behavior of feedstocks used in powder injection molding technology influen...