1. Hancock, R., “Friction welding of aluminium
cuts energy cost by 99%”,Welding Journal, Cilt
83, 40, 2004.
2. Mishra, RS., Ma, ZY., “Friction stir welding and
processing”, Materials Science and
Engineering, Cilt 50, 1–78, 2005.
3. Awang, M., Mucino,VH., Feng,Z., David, S.A.,
”Thermo-Mechanical Modeling of Friction Stir
Spot Welding(FSSW) Process: Use of an
Explicit Adaptive Meshing Scheme”, SAE
International Paper, 01 1251-1256, 2005.
4. Ma, N., Kunugia, A., Hirashima, T., Okubo, K.,
Kamioka, M., “FEM Simulation for friction spot
joining process”, Welding International, Cilt
23, No 1, 9-14, 2009.
5. Yang, Q., Mironov, S., Sato, YS., Okamoto, K.,
“Material flow during friction stir spot welding”,
Materials Science and Engineering A, Cilt
527, No 16, 4389-4398, 2010.
6. Bozzi, S., Helbert, AL., Baudin, T., Klosek, V.,
Kerbiguet, JG., Criqui, B., “Influence of FSSW
parameters on fracture mechanisms of 5182
aluminium welds”, Journal of Materials
Processing Technology, Cilt 210, 1429-1435,
2010.
7. Gerlich, A., Su, P., North, TH., Bendzsak, GJ.,
“Friction stir spot welding of aluminum and
magnesium alloys”, Materials Forum, Cilt 29,
290-294, 2005.
8. Tozaki, Y., Uematsu, Y., Tokaji, K.,“Effect of
processing parameters on static strength of
dissimilar friction stir spot welds between
different aluminium alloys”, Fatigue &
Fracture Engineering Materials Structures,
Cilt 30, 143-148, 2007.
9. Badarinarayan, H., Shi, Y., Li, X., Okamoto, K.,
“Effect of tool geometry on hook formation and
static strength of friction stir spot welded
aluminum 5754-O sheets”, International
Journal Machine Tools&Manufacture, Cilt
49, 814-823, 2009.
10. Badarinarayan, H., Yang, Q., Zhu, S., “Effect of
tool geometry on static strength of friction stir
spot welded aluminum alloy”, International
Journal of Machine Tools &Manufacture,
Cilt 49, 142-148, 2009.
11. Karthikeyan, R., Balasubramanian, V.,
“Predictions of the optimized friction stir spot
welding process parameters for joining AA2024
aluminum alloy using RSM”, International
Journal Advance Manufacture Technology,
Cilt 51, 173-183, 2010.
12. Fratini, L., Barcellona, A., Buffa, G., Palmeri,
D., “Friction stir spot welding of AA6082-T6:
Influence of the most relevant process
parameters and comparison with classic
mechanical fastening techniques”, Engineering
Manufacture, Cilt 221, 1111-1118, 2007.
13. Yin, YH., Sun, N., North, TH., Hu, SS.,“Hook
formation and mechanical properties in AZ31
friction stir Spot welds”, Journal Materials
Proccessing Technology, Cilt 210, 2062-2070,
2010.
14. Khan, MI., Kuntz, ML., Su, P., Gerlich, A.,
North, T., Zhou, Y., “Resistance and friction stir
spot welding of DP 600: A comparative study”,
Science and Technology of Welding and
Joining, Cilt 12, 175-182, 2007.
15. Arıcı, A., Sınmaz, T., “Effect of double passes
of the tool on friction stir welding of
polyethylene”, Journal of Materials Science,
Cilt 40, 3313-3316, 2005.
16. Arıcı, A., Şelale, S., “Effects of tool tilt angle on
tensile strenght and fracture locations of friction
stir welding of polyethylene, Science and
Technology of Welding and Joining, Cilt 12,
536-539, 2007.
17. Squeoi, EA., Brunoi, G., Guglielmott, A.,
Quadrini, F., “Friction stir welding of
polyethylene sheets”, The Annals of Dunarea de
Jos University of Galati,Technologies in
Machine Building, Cilt 5, 241-246, 2009.
18. Aydın, M., “Effects of welding parameters and
preheating on the friction stir welding of
UHMW-polyethylene”, Polymer-Plastics
Technology and Engineering, Cilt 49, 595-
601, 2010.
19. Arıcı, A., Mert, S., “Friction stir spot welding of
polypropylene”, Journal of Reinforced Plastics
and Composites, Cilt 1, 1-4, 2008.
20. Oliveria, PHF., Filho, STA., Santos, JF., Hage,
E., “Preliminary study on the feasibility of
friction spot welding in PMMA”, Materials
Letters, Cilt 64, 2098-2101, 2010.
21. Bilici MK., Yükler, AI., Kurtulmuş, M.,“The
optimization of welding parameters for friction
stir spot welding of high density polyethylene
sheets”, Materials Design, 32, 4074- 4079,
2011.
22. Peacock, AJ., “Handbook of Polyethylene,
Marcel Decker Inc, New York, A.B.D., 2000.
Polietilen Levhaların Sürtünme Karıştırma Nokta Kaynağında… M. K. Bilici, A. İ. Yükler ve M. Kurtulmuş
Gazi Üniv. Müh. Mim. Fak. Der. Cilt 27, No 2, 2012 445
23. Santella, ML., Grant, GJ., Feng, Z., Hovanski,
Y., “Friction stir spot welding of advanced high
strength steel”, FY Progress Report, Oak Ridge
National Laboratory, 2006.
24. Costa, HM., Ramos, VD., Rocha, MCG.,
“Rheological properties polypropylene during
multiple extrusion”, Polymer Testing, Cilt 24,
86-93, 2005.
25. Smith, AP., Spontek, RJ., Ade, H., “On the
similarity of macromoleculer responses to high
energy processes: mechanical milling v.s.
irradiation”, Polymer Degradation and
Stability, Cilt 72, 519-524, 2001.
26. Capone, C., Landro, LD., Inzoli, F., Penco, M.,
Sartore, L., “Thermal and mechanical
degradation during polymer extrusion
processing”, Polymer Engineering and
Science, Cilt 47, 1813-1819, 2007.
27. Gan, YX., Solomon, D., Reinbolt, M.,”Friction
stir processing of particle reinforced composite
materials”, Materials, Cilt 3, 329-350, 2010.
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