Vacuum forming an ABS plastic sheet in Manufacturing industry

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Key equations for vacuum forming ABS plastic sheets include heat transfer formulas for conduction, convection, and radiation. Important factors to consider in the study are material stretching, thickness, and shrinkage, with ABS typically exhibiting a shrinkage factor of 0.4–0.7%. This shrinkage is vital for accurate mold design to achieve precise dimensions after cooling. The use of SolidEdge 2024 for design tasks is noted as part of the process. Understanding these aspects is essential for successful vacuum forming in manufacturing.
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Equations to be used in Vacuum forming a ABS plastic sheet.
What are the related equations/formulas to be used in calculations of Vacuum forming an ABS plastic sheet used in manufacturing? (In our plant we use a male mold for producing the required output/product needed)
I can recall the heat transfer formulas for Conduction, convection, and Radiation. What are the other factors to consider if I were to do this study? (We use SolidEdge 2024 for designing and other related tasks)
 
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I have made some ABS parts using vacuum casting. I hope this helps. Things to consider are material stretching and thickness, and material shrinkage. ABS has a typical shrinkage factor, usually 0.4–0.7%. This factor is crucial in mold design to ensure precise dimensions post-cooling.
 
Michael Roberts said:
I have made some ABS parts using vacuum casting. I hope this helps. Things to consider are material stretching and thickness, and material shrinkage. ABS has a typical shrinkage factor, usually 0.4–0.7%. This factor is crucial in mold design to ensure precise dimensions post-cooling.
Thanks. I add this considering I've only started making my study.
 
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