PENGARUH TEMPERATURE CETAKAN TERHADAP
STRUKTUR MIKRO, KEKERASAN, DAN KEKUATAN
TARIK PADA PRODUK PENGECORAN ALUMINIUM
PADUAN BERBASIS LIMBAH PISTON BEKAS
Total View This Week0
Total View This Week0
Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
BUDI NUGROHO, CAHYO
Subject
T Technology (General)
Datestamp
2024-08-15 01:44:23
Abstract :
This study aimed to identify the effect of re-casting on the micro structure, hardness, and tensile strength of aluminum. The materials used were waste used piston. The material was melted over a casting furnace and poured at a temperature of 700?C using a heated metal mold with temperatures of 190?C, 220?C, 250?C. The casting results were then subjected to the tensile testing specimens using the ASTM E8/E8M-09 standard for the tensile test and hardness test specimens. Reprocessing was done three times with the same pouring temperature but the different mold at each temperature of the mold were made into five specimens. The conclusion of the test results that was the tensile strength test data decreased at the temperature of 220?C mold due to the defects in the casting process while the hardness data increased with increasing mold temperature.
This study aimed to identify the effect of re-casting on the micro structure, hardness, and tensile strength of aluminum. The materials used were waste used piston. The material was melted over a casting furnace and poured at a temperature of 700?C using a heated metal mold with temperatures of 190?C, 220?C, 250?C. The casting results were then subjected to the tensile testing specimens using the ASTM E8/E8M-09 standard for the tensile test and hardness test specimens. Reprocessing was done three times with the same pouring temperature but the different mold at each temperature of the mold were made into five specimens. The conclusion of the test results that was the tensile strength test data decreased at the temperature of 220?C mold due to the defects in the casting process while the hardness data increased with increasing mold temperature.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
