Authors :
Sowrabh Kugunavar, L.G. Sannamani
Volume/Issue :
Volume 5 - 2020, Issue 4 - April
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/2LeuvQS
Abstract :
Plastic injection molding is a versatile
process in which most of complex parts for various
application can be produced. Growth in technology has
made favourable software tool for the manufacturers to
make best use of them in the field which a quality-based
approach can be made even before the mould tools are
manufactured. One such software tool used in this
article is moldflow. The prime objective of this article is
to ensure that the defects which causes the deterioration
of the quality of the product to be produced are
eliminated and this is done by using analysis software
tool to study and interpret the plastic flow behaviour in
the cavity. Various parameters like filling, packing,
pressure, temperature etc… which play a major role
towards the moulding process are taken into
consideration.
Keywords :
Injection Molding; Quality; Software Tool; Flow Analysis; Moldflow; Solidworks.
Plastic injection molding is a versatile
process in which most of complex parts for various
application can be produced. Growth in technology has
made favourable software tool for the manufacturers to
make best use of them in the field which a quality-based
approach can be made even before the mould tools are
manufactured. One such software tool used in this
article is moldflow. The prime objective of this article is
to ensure that the defects which causes the deterioration
of the quality of the product to be produced are
eliminated and this is done by using analysis software
tool to study and interpret the plastic flow behaviour in
the cavity. Various parameters like filling, packing,
pressure, temperature etc… which play a major role
towards the moulding process are taken into
consideration.
Keywords :
Injection Molding; Quality; Software Tool; Flow Analysis; Moldflow; Solidworks.
