1 |
Basavakumar K.G. P.G. Mukunda and M. Chakraborty, International Journal of Impact Engineering, "Impact toughness in Al-12Si and Al-12Si-3Cu cast alloys-Part 1: Effect of process variables and microstructure", 35 (2008) 199-205.
DOI
|
2 |
Zamani, Licentiate Thesis, School of Engineering Jonkoping University, "Al-Si cast alloy - Microstructure and mechanical properties at ambient and elevated temperature" (2015) 45-47.
|
3 |
Polmear I., et al., "Cast Aluminium Alloy in Light Alloys". (2017) 265-286.
|
4 |
R.W.Hertzberg, Deformation and fracture mechanics of engineering materials. 2 ed, John Willey & Sons, USA (1983) 511-514.
|
5 |
Masuda C. and Y. Tanaka, Transactions of the Japan Society of Mechanical Engineering Part. A, "Relationship between fatigue strength and hardness for high strength steels", 52 (1983) 847-852.
DOI
|
6 |
Qandil A. and A.I.O. Zaid, IOP Conference Series: Materials Science and Engineering, "Effect of shot peening and grain refinement on the fatigue life and strength of commercially pure Al and two of its alloys: Al-2024-T3 and Al-7075-T6", 146 (2016).
|
7 |
Pio L.Y., Journal of Applied Science, "Effect of T6 heat treatment on the mechanical properties of gravity die cast A356 aluminum alloy", 11(2011) 2048-2052.
DOI
|
8 |
Yin D., Liu H., Chen Y., Yi D., Wang B., Wang B., Shen F., Fu S., Tang C. and Pan S., International Journal of Fatigue, "Effect of grain size on fatigue-crack growth in 2524 alluminium alloy", 84 (2016) 9-16.
DOI
|
9 |
T. Kobayashi, Strength and Toughness of materials, Srpringer, Berlin (2000) 5-10.
|
10 |
Ministry of Environment, "Eco-friendly car", (2015) 1-64.
|
11 |
Samjung KPMG, "Issue monitor", 96 (2018) 5-10.
|
12 |
Wolf S and Hoberg H, 3rd ASM International Conference Recylcling Metals, ASM International, Brussels (1997) 257-267.
|
13 |
Mark E. Schlesinger, Aluminum Recycling, CRC Press, Taloy & Francis Group, London (2007) 4.
|
14 |
Kim HJ, J. Korea Foundry Society, "Effect of Fe, Mn content on the tensile property of Al-4wt%Mg-0.9%Si alloy system for high pressure die casting", 33 (2013) 103-112.
DOI
|
15 |
Stefano C. and Giulio T., Metals, "Preparation and melting of scrap in aluminum", 8 (2018) 1-24.
DOI
|
16 |
Kim HJ, J. Korea Foundry Society, "Effect of scrap content on the impact perperty and fatigue property of AC4A alloy", 36 (2016) 187-194.
DOI
|
17 |
Kim HJ, J. Korea Foundry Society, "Effect of scrap content on hot tearing property of AC2BS alloy", 36 (2016) 67-74.
DOI
|
18 |
Oh SH and Kim HJ, J. Korea Foundry Society, "Effect of minor additives on casting property of AC4A aluminum casting alloy", 37 (2017) 148-156.
DOI
|
19 |
Oh SH and Kim HJ, J. Korea Foundry Society, "Effect of Sr and (Ti-B) additives on tensile property of AC4A recycled aluminum casting alloy", 38 (2018) 87-94.
DOI
|
20 |
Gruzleski JE. and Closset BM, The Treatment of Liquid Aluminum-Silicon Alloys, The American Foundry's Society, Inc., USA (1990) 39-41.
|
21 |
ASTM E23-07, Standard test methods for Notched Bar Impact Testing of Metallic Materials, ASTM International., PA (2007).
|
22 |
ASTM E2948-14, Standard test method for conducting rotating bending fatigue tests of solid round fine wire, ASTM International., PA (2014).
|
23 |
Newman J.C. and Piascik R.S., STP 1372 : Fatigue crack growth thresholds, endurance limits and design, ASTM International, PA (2000) 285-303.
|
24 |
Easton M and StJohn D, Metallurgical and Materials Transactions A, "Grain refinement of aluminum alloys Part 1. The nucleant and solute paradigms-A review of the literature", 30 (1999) 1613-1623.
DOI
|