Optimasi Desain Gasket Karet Tipe Ring Profil C Flange Closed Groove Dengan Metode Simulasi
Abstract: Gasket is one of
important part in piping system to prevent leakage, especially in connection between
pipes. The purpose of this study was to determine the optimal design on C
profile rubber gasket based on contact width considering contact stress. Design
parameter in this study were lips thickness (t)= 4; 4,5; 5 mm, lips length (l)=
5; 5,5; 6 mm, outer diameter (Ro)= 6,5; 6,7; 6,9 mm and inner diameter (Ri)=2,5;
3; 3,5 mm. The observed value is contact width considering contact stress due
to flange tightening and its measure by using finite element-based software.
Mooney-Rivlin mathematical model used as rubber material model. Based on data
from the simulation results, it can be obtained by using TaguchiMethod; lips
thickness (t) = 4,5 mm, lips length (l) = 6 mm, Outer Radius (Ro) = 6,9 mm and
Inner Radius (Ri) = 3,5 mm.
Penulis: Fikrul Akbar
Alamsyah, Moch. Agus Choiron, Anindito Purnowidodo
Kode Jurnal: jptmesindd160656
