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INTRODUCTION
1.1 Background
Polymers have various worthwhile properties such as high strength-to-weight
ratio, high flexibility, and high chemical and corrosion resistance, which make them
suitable for modern-day industrial and engineering applications. Polymers have not
only replaced metals in structural applications. But nowadays they are also used as a
substitute for glass in various optical applications. Automobile parts, aircraft
windshields, medical device enclosures and packaging telephones, human body
prostheses, etc., are some of the polymer utilization examples [1] in daily life.
Extrusion, injection molding, compression molding, blow molding, rotational molding,
spinning, and thermoforming are the various polymer processing methods
INTRODUCTION
1.1 Background
Polymers have various worthwhile properties such as high strength-to-weight
ratio, high flexibility, and high chemical and corrosion resistance, which make them
suitable for modern-day industrial and engineering applications. Polymers have not
only replaced metals in structural applications. But nowadays they are also used as a
substitute for glass in various optical applications. Automobile parts, aircraft
windshields, medical device enclosures and packaging telephones, human body
prostheses, etc., are some of the polymer utilization examples [1] in daily life.
Extrusion, injection molding, compression molding, blow molding, rotational molding,
spinning, and thermoforming are the various polymer processing methods
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