Semi-automated gating system design with optimum gate and overflow positions for HPDC /
Mohamed Refaat AboElfotouh Elbasyony
Semi-automated gating system design with optimum gate and overflow positions for HPDC / تصميم شبه أوتوماتيكي لشبكة التغذية لنظم السبك بالقوالب تحت ضغط عالى مع الوضع الأمثل لمكان المصب و الفيض Mohamed Refaat Aboelfotouh Elbasyony ; Supervised Abdelhalim Elhabak , Ahmed Yahia Shash - Cairo : Mohamed Refaat Aboelfotouh Elbasyony , 2018 - 105 P. : charts , facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
This thesis studies HPDC die design, by developing a computer software that gives a fully detailed gating system dimensions with optimum gate and overflow locations to get a minimum porosity. Through, study the effect of part parameters i.e. width, length, height, thickness, angle, GSS and OSS on the porosity of the part. Furthermore, four models developed as a part of software validation to ensure the results. These models covered both ZA 3 and Al 306 materials with one-cavity and two-cavity. However, models validated by both simulation and experimental models
Die casting Gating system HPDC
Semi-automated gating system design with optimum gate and overflow positions for HPDC / تصميم شبه أوتوماتيكي لشبكة التغذية لنظم السبك بالقوالب تحت ضغط عالى مع الوضع الأمثل لمكان المصب و الفيض Mohamed Refaat Aboelfotouh Elbasyony ; Supervised Abdelhalim Elhabak , Ahmed Yahia Shash - Cairo : Mohamed Refaat Aboelfotouh Elbasyony , 2018 - 105 P. : charts , facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
This thesis studies HPDC die design, by developing a computer software that gives a fully detailed gating system dimensions with optimum gate and overflow locations to get a minimum porosity. Through, study the effect of part parameters i.e. width, length, height, thickness, angle, GSS and OSS on the porosity of the part. Furthermore, four models developed as a part of software validation to ensure the results. These models covered both ZA 3 and Al 306 materials with one-cavity and two-cavity. However, models validated by both simulation and experimental models
Die casting Gating system HPDC