NICKEL-BASE SUPERALLOYS: A REVIEW

MMF 410801 – Material Mutakhir

S1 – Teknik Metalurgi dan Material

DTMM – FTUI

2012

A B Joe H

0806331355

KONTEN PRESENTASI

• Pengantar & Definisi

• Mikrostruktur & Elemen Paduan

• Sifat Umum

• Proses Pembuatan

• Aplikasi

• Referensi

Pengantar: Nickel-base Superalloys in

History

[EPSRC.(2006)]

Pengantar: Price for Single Crystal Blade [Uwe Gatzel. University Bayreuth]

Definisi & Sifat Umum [T. Udomphol. (2007)]

Mikrostruktur [T. Udomphol. (2007)]

• Fasa penting dalam Ni-base Superalloys:

Elemen Paduan [M.T Jovanovic,et.al;Pollock&Tin.(2006)]

Sifat Umum: Creep & Oxidation Resistance

[Fuchs & Furrer. (2004)]

Sifat Umum: Maximum Service Temperature [Fuchs & Furrer. (2004)]

Sifat Umum: Tensile & Hardness Properties [M.T Jovanovic, et. al; N. El-Bagoury, et. al. (2011)]

Sifat Umum: Corrosion Behavior [N. El-Bagoury, et. al. (2011)]

Reaksi Anodik

Proses Pembuatan: Investment Casting [Fuchs & Furrer. (2004)]

Proses Pembuatan: Powder Metallurgy [Fuchs & Furrer. (2004)]

APLIKASI [Fuchs & Furrer. (2004)]

Disk Application [Locq & Caron. (2011)]

Gas Turbine [A. Glage. (2007)]

Single Crystal [T. Udomphol. (2007)]

Referensi

1. Engineering and Physical Science Research Council. (2006). Aircraft.

2. T. Udomphol. (2007). Nickel and Its Alloys. Suranaree University of

Technology.

3. G.E Fuchs, & D.U Furrer. (2004). Designing with Ni-Base Alloys. Marcel

Dekker, Inc.

4. N. El-Bagoury, et. al. (2011). Effect of Various Heat Treatment Conditions

on Microstructure, Mechanical Properties and Corrosion Behaviour of Ni

base Superalloys. International Journal of Electrochemical Science. Vol. 6,

pp. 6718-6732.

5. A. Glage. (2007). Nickel-based superalloys and their application in aircraft

industry. Universita’ Degli Studi Di Trento.

6. T.M Pollock, & S. Tin. (2006). Nickel-based Superalloys for Advanced

Turbine Engines: Chemistry, Microstructure, & Properties. Journal of

Propulsion and Power. Vol. 22, no. 2, pp. 361-374.

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