University, B., of Engineering Materials, C., Raid Salman Fahad, A., M.Sc, , Abdul-Emir AL-Zubiedy, A. (2011). MODELING OF THE FORCES AND AREA MILLING OF THE PLASTICS IN RECYCLING. , 4(2), 136-147.
Babylon University; College of Engineering Materials; and Raid Salman Fahad; M.Sc; Ali Abdul-Emir AL-Zubiedy. "MODELING OF THE FORCES AND AREA MILLING OF THE PLASTICS IN RECYCLING". , 4, 2, 2011, 136-147.
University, B., of Engineering Materials, C., Raid Salman Fahad, A., M.Sc, , Abdul-Emir AL-Zubiedy, A. (2011). 'MODELING OF THE FORCES AND AREA MILLING OF THE PLASTICS IN RECYCLING', , 4(2), pp. 136-147.
University, B., of Engineering Materials, C., Raid Salman Fahad, A., M.Sc, , Abdul-Emir AL-Zubiedy, A. MODELING OF THE FORCES AND AREA MILLING OF THE PLASTICS IN RECYCLING. , 2011; 4(2): 136-147.

MODELING OF THE FORCES AND AREA MILLING OF THE PLASTICS IN RECYCLING

Journal Of Wassit For Science & Medicine
Article 1, Volume 4, Issue 2, 2011, Pages 136-147
Authors
Babylon University; College of Engineering Materials; and Raid Salman Fahad; ; Ali Abdul-Emir AL-Zubiedy
Abstract
An example is presented in this study, the characteristic of multi-disc mill for a good construction has an important role modeling of forces and area milling of the plastics in recycling specifically analysing loads quasi-shearing. In this theoretical study advanced software such as Solid Works are preformed. The authors used a program of quasi-shearing for plastics specimens made of primary and recycled polymer in order to determine strains and loads in actual mill. Continuous machine crumbling of recycled plastic materials is also examined. This allows the authors to determine efficiency and power requirements, in direction of optimization.
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