Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors.
no === Real-time diagnostics of ceramic powder injection molding using a commercial micromolding machine was performed using ultrasound. Miniature ultrasonic sensors were integrated onto the mold insert. Melt front, solidification, temperature variation and part detachment of the feedstock inside th...
Main Authors: | , , , , , |
---|---|
Language: | en |
Published: |
Hanser
2009
|
Subjects: | |
Online Access: | http://hdl.handle.net/10454/4068 |
id |
ndltd-BRADFORD-oai-bradscholars.brad.ac.uk-10454-4068 |
---|---|
record_format |
oai_dc |
spelling |
ndltd-BRADFORD-oai-bradscholars.brad.ac.uk-10454-40682019-08-31T03:01:59Z Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. Cheng, C-C. Ono, Y. Whiteside, Benjamin R. Brown, Elaine C. Jen, C.K. Coates, Philip D. Ceramic powder injection moulding Micromolding Real-time diagnostics Miniature ultrasonic sensors Process efficiency no Real-time diagnostics of ceramic powder injection molding using a commercial micromolding machine was performed using ultrasound. Miniature ultrasonic sensors were integrated onto the mold insert. Melt front, solidification, temperature variation and part detachment of the feedstock inside the mold cavity were observed. It has been demonstrated that ultrasonic velocity in feedstock inside the mold cavity, the ultrasonic contact duration during which the part and mold are in contact, and holding pressure can be used to assist with optimization of injection and cooling parameters to minimize energy consumption and maximize process efficiency.Real-time diagnostics of ceramic powder injection molding using a commercial micromolding machine was performed using ultrasound. Miniature ultrasonic sensors were integrated onto the mold insert. Melt front, solidification, temperature variation and part detachment of the feedstock inside the mold cavity were observed. It has been demonstrated that ultrasonic velocity in feedstock inside the mold cavity, the ultrasonic contact duration during which the part and mold are in contact, and holding pressure can be used to assist with optimization of injection and cooling parameters to minimize energy consumption and maximize process efficiency. 2009-12-11T16:27:04Z 2009-12-11T16:27:04Z 2007 Article published version paper Cheng, C. C., Ono, Y., Whiteside, B. D., Brown, E. C., Jen, C. K., Coates, P. D. (2007). Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. International Polymer Processing, Vol. 20, No. 2, pp. 140-145. http://hdl.handle.net/10454/4068 en https://doi.org/10.3139/217.0013 Hanser |
collection |
NDLTD |
language |
en |
sources |
NDLTD |
topic |
Ceramic powder injection moulding Micromolding Real-time diagnostics Miniature ultrasonic sensors Process efficiency |
spellingShingle |
Ceramic powder injection moulding Micromolding Real-time diagnostics Miniature ultrasonic sensors Process efficiency Cheng, C-C. Ono, Y. Whiteside, Benjamin R. Brown, Elaine C. Jen, C.K. Coates, Philip D. Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
description |
no === Real-time diagnostics of ceramic powder injection molding using a commercial micromolding machine was performed using ultrasound. Miniature ultrasonic sensors were integrated onto the mold insert. Melt front, solidification, temperature variation and part detachment of the feedstock inside the mold cavity were observed. It has been demonstrated that ultrasonic velocity in feedstock inside the mold cavity, the ultrasonic contact duration during which the part and mold are in contact, and holding pressure can be used to assist with optimization of injection and cooling parameters to minimize energy consumption and maximize process efficiency.Real-time diagnostics of ceramic powder injection molding using a commercial micromolding machine was performed using ultrasound. Miniature ultrasonic sensors were integrated onto the mold insert. Melt front, solidification, temperature variation and part detachment of the feedstock inside the mold cavity were observed. It has been demonstrated that ultrasonic velocity in feedstock inside the mold cavity, the ultrasonic contact duration during which the part and mold are in contact, and holding pressure can be used to assist with optimization of injection and cooling parameters to minimize energy consumption and maximize process efficiency. |
author |
Cheng, C-C. Ono, Y. Whiteside, Benjamin R. Brown, Elaine C. Jen, C.K. Coates, Philip D. |
author_facet |
Cheng, C-C. Ono, Y. Whiteside, Benjamin R. Brown, Elaine C. Jen, C.K. Coates, Philip D. |
author_sort |
Cheng, C-C. |
title |
Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
title_short |
Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
title_full |
Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
title_fullStr |
Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
title_full_unstemmed |
Real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
title_sort |
real-time diagnosis of micro powder injection molding using integrated ultrasonic sensors. |
publisher |
Hanser |
publishDate |
2009 |
url |
http://hdl.handle.net/10454/4068 |
work_keys_str_mv |
AT chengcc realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors AT onoy realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors AT whitesidebenjaminr realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors AT brownelainec realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors AT jenck realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors AT coatesphilipd realtimediagnosisofmicropowderinjectionmoldingusingintegratedultrasonicsensors |
_version_ |
1719238932370030592 |