TY - JOUR
AU - 
AB - The governmentmandatedfuelefficiencystandardsfor automobile manufacturersreinforce the incentives to reduce the fuel consumption of their vehicles andminimize CO greenhouse emission, which requires developing the lighter vehicles, while preserving product performance and cost objectives. One of the effective means to address this challenge has been the design and application of lightweight materials including AMNCs for the automotive parts. Multiple methods have been introduced to manufacture AMNCs such as compocasting in which the reinforcement particles are added to a solidifying melt while being agitated by the electro- magnetic field in EMS apparatus. The slurry is then poured into the die cavity and squeezed during the solidification. This research employs ANFIS-PSO in order to optimize the parameters in compocast processing of AMNCs. The objective function is calculated and minimized by ANFIS and PSO, respectively. The optimized electromagnetic stirring process was used to produce the AMNCs with superior wear resistance. Key words: compocasting, AMNCs, electromagnetic, nanocomposites 1. Introduction tensilestrength,hardness,toughnessincludingpistons and cylinder liners, brake drums and discs [14–18]. Automotive industry requires materials with low There are various methods to manufacture Al matrix density, excellent mechanical properties, and high composites such as powder metallurgy, electroplating wear resistance [1–4]. Aluminum alloys are popular, and electroforming, stir casting, pressure 
TI - Squeeze casting of electromagnetically stirred aluminum matrix nanocomposites in semi-solid condition using hybrid algorithm optimized parameters
JF - Metallic Materials
DO - 10.4149/km_2017_1_33
DA - 2017-01-01
UR - https://www.deepdyve.com/lp/unpaywall/squeeze-casting-of-electromagnetically-stirred-aluminum-matrix-JuzMlIqKMc
DP - DeepDyve
ER -