Add to ORKGThe melt temperature at an injection nozzle is experimentally measured and a systematic analysis is carried out to reveal how the melt temperature is affected by the operating conditions during the plastication, dwell and injection stages of injection molding. The variables considered in this study are rotation speed profile, back pressure profile, barrel heater temperatures, dwell time and injection velocity profile. A set of Artificial Neural Networks has been developed to predict the effect of the operating conditions on the melt temperature during plastication
The reliability of numerical simulation of the thermoplastics injection moulding process by means of...
In the present work attempts have been made to determine the process parameters that could affect an...
The existing models and methods used to determine the melting temperature of the mold powders used i...
A process analysis is carried out systematically to quantify how the melt temperature at the nozzle ...
A computer system is developed to quantitatively reveal how the melt temperature is affected by the ...
Among the processing conditions of injection molding, temperature of the melt entering the mold play...
Highly reliable and accurate melt temperature measurements in the barrel are necessary for stable in...
Injection molded part quality depends strongly on the key processing conditions such as injection ve...
The temperature of the polymer melt plays an important role in injection molding, directly affecting...
The optimal machine settings in polymer processing are usually the result of time-consuming and expe...
Injection molding is an engineering technique that involves transforming plastics into useful produc...
Uniform melt front velocity is recommended for injection mold filling to minimize the part nonunifor...
This study combines an artificial neural network (ANN) and a random search to develop a system to re...
The final properties of an injection-molded part are strictly dependent on the solidification dynami...
Most injection molding simulation packages use the no-flow temperature (NFT) as a means of determini...
The reliability of numerical simulation of the thermoplastics injection moulding process by means of...
In the present work attempts have been made to determine the process parameters that could affect an...
The existing models and methods used to determine the melting temperature of the mold powders used i...
A process analysis is carried out systematically to quantify how the melt temperature at the nozzle ...
A computer system is developed to quantitatively reveal how the melt temperature is affected by the ...
Among the processing conditions of injection molding, temperature of the melt entering the mold play...
Highly reliable and accurate melt temperature measurements in the barrel are necessary for stable in...
Injection molded part quality depends strongly on the key processing conditions such as injection ve...
The temperature of the polymer melt plays an important role in injection molding, directly affecting...
The optimal machine settings in polymer processing are usually the result of time-consuming and expe...
Injection molding is an engineering technique that involves transforming plastics into useful produc...
Uniform melt front velocity is recommended for injection mold filling to minimize the part nonunifor...
This study combines an artificial neural network (ANN) and a random search to develop a system to re...
The final properties of an injection-molded part are strictly dependent on the solidification dynami...
Most injection molding simulation packages use the no-flow temperature (NFT) as a means of determini...
The reliability of numerical simulation of the thermoplastics injection moulding process by means of...
In the present work attempts have been made to determine the process parameters that could affect an...
The existing models and methods used to determine the melting temperature of the mold powders used i...