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Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ

Yıl 2007, Cilt: 22 Sayı: 3, 0 - , 15.02.2013

Öz

Bu çalışmanın amacı katılaşma süresince su soğutmalı bakır soğutucu üzerinde tek yönlü dikey olarak katılaşanAl-Si alaşımlarında silisyum içeriğinin arayüzey ısı transferi katsayısına etkisini incelemektir. Arayüzey ısıtransfer katsayısı silisyum içeriğine bağlı olarak, Sonlu Farklar Metoduna dayalı FORTRAN programı ilebelirlenmiştir. Sonuç olarak; arayüzey ısı transfer katsayısı silisyum içeriğinin azalması ile artmıştır, maksimumarayüzey ısı transfer katsayısı değerleri; %7Si’de 8900 W/m2K, %5Si’de 14600 W/m2K ve %3Si’de 19100W/m2K olarak elde edilmiştir.

Kaynakça

  • Şahin, H.M., Kocatepe, K., Kayıkcı R. ve Akar,
  • N., “Determination of Unidirectional Heat
  • Transfer Coefficient during Unsteady State
  • Solidification at Metal Chill Interface”, Energy
  • Conversion and Management, 47, 19–34, 2006.
  • Şahin, H.M., Kocatepe, K., Kayıkcı R. ve Akar,
  • N., “Ötektik Al-Si Alaşımında Soğutucu Yüzey
  • Pürüzlülüğünün Arayüzey Isı Transfer
  • Katsayısına Etkisi”, Gazi Üniversitesi
  • Mühendislik-Mimarlık Fakültesi Dergisi, Cilt
  • , No 3, 473-481, 2006.
  • Kim, T.G. ve Lee, Z.H., “Time-varying Heat
  • Transfer Coefficients Between Tube-Shaped
  • Casting and Metal Mold”, International Journal
  • of Heat and Mass Transfer, 40, 3513-3525,
  • -
  • Lee, Z.H., Kim, T.G. ve Choi, Y.S., “The
  • Movement of the Concave Casting Surface
  • during Mushy-Type Solidification and Its Effect
  • on the Heat-Transfer Coefficient”, Metallurgical
  • and Materials Transactions B, 29, 1051-1056,
  • -
  • Fortin, G, Louchez, P. ve Samuel, F H, “Factors
  • Controlling Heat Transfer Coefficients at the
  • Metal-Mold Interface during Solidification of
  • Aluminum Alloys: An Analytical Study”, AFS
  • Transactions, 100, 863-871, 1992.
  • Hao, S.W., Zhang, Z.Q., Chen, J.Y., ve Liu, P.C.,
  • “Heat Transfer at the Metal-Mold Interface in
  • Ductile Iron”, AFS Transactions, 95, 601-608,
  • -
  • Sharma, D.G.R. ve Krishnan, M., “Simulation of
  • Heat Transfer at Casting Metal-Mold Interface“,
  • AFS Transactions, 99, 429-438, 1991.
  • Taha, M.A., El-Mahallawy, N.A., El-Mestekawi,
  • M.T. ve Hassan A.A., “Estimation of Air Gap
  • and Heat Transfer Coefficient at Different Faces
  • of Al And Al-Si Castings Solidifying in
  • Permanent Mould”, Materials Science And
  • Technology, 17, 1093-1101, 2001.
  • Santos, C.A., Quaresma, J.M.V. ve Garcia, A.,
  • “Determination of Transient Interfacial Heat
  • Transfer Coefficients in Chill Mold Casting”,
  • Journal of Alloys and Compounds, 319, 174-
  • , 2001.
  • Santos, C.A., Siqueira, C.A., Garcia, A.,
  • Quaresma, J.V.M. ve Spim, J.A., “Metal/Mold
  • Heat Transfer Coefficients during Horizontal and
  • Vertical Unsteady-State Solidification of Al-Cu
  • and Sn-Pb Alloys”, 4th International
  • Conference on Inverse Problems in
  • Engineering, Rio de Janeiro, Brazil, 2002.
  • Siqueira, C.A., Cheung, N. ve Garcia, A., “The
  • Columnar To Equiaxed Transition During
  • Solidification of Sn–Pb Alloys”, Journal of
  • Alloys and Compounds, 351, 126–134, 2003.
  • Peres, M.D., Siqueira, C.A. ve Garcia, A.,
  • “Macrostructural and Microstructural
  • Development in Al–Si Alloys Directionally
  • Solidified under Unsteady-State Conditions”,
  • Journal of Alloys and Compounds, 381,168–
  • , 2004.
  • Santos, C.A., Siqueira, C.A.,Garcia, A.,
  • Quaresma, J.M.V. ve Spim, J.A., “Metal–Mold
  • Heat Transfer Coefficients during Horizontal and
  • Vertical Unsteady-State Solidification of Al–Cu
  • and Sn–Pb Alloys”, Inverse Problems in
  • Science and Engineering, 12, 279–296,2004.
  • Sá, F., Rocha, O.L., Siqueira, C.A. ve Garcia, A.,
  • “The Effect of Solidification Variables on
  • Tertiary Dendrite Arm Spacing in Unsteady-State
  • Directional Solidification of Sn–Pb and Al–Cu
  • Alloys”, Materials Science and Engineering A,
  • , 131–138 ,2004.
  • Spinelli, J.E., Rosa, D.M., Ferreira, I.L. ve
  • Garcia, A., “Influence of Melt Convection on
  • Dendritic Spacing of Downward Unsteady-State
  • Directionally Solidified Al–Cu Alloys”,
  • Materials Science and Engineering A, 383,
  • –282, 2004.
  • Souza, E. N., Cheung, N. ve Garcia, A., “The
  • Correlation Between Thermal Variables and
  • Secondary Dendrite Arm Spacing During
  • Solidification of Horizontal Cylinders of Sn–Pb
  • Alloys” Journal of Alloys and Compounds,
  • , 110-117, 2005.
  • Muojekwu, C.A., Samarasekera, I.V. ve
  • Brimacombe, J.K., “Heat Transfer and
  • Microstructure during The Early Stages of Metal
  • Solidification”, Metallurgical and Materials
  • Transactions B, 26, 361-382, 1995.
  • Michel, F., Louchez, P. R. ve Samuel, F. H.,
  • “Heat Transfer Coefficient during Solidification
  • of Al-Si Alloys: Effects of Mold Temperature,
  • Coating Type and Thickness”, AFS
  • Transactions, 103, 275-283, 1995.
  • Krishnan, M. ve Sharma, D.G.R., “Determination
  • of Heat Transfer Coefficient between Casting and
  • Chill in Unidirectional Heat Flow”, AFS
  • Transactions, 102, 769-774, 1994.
  • Krishnan, M. ve Sharma, D.G.R., “The Effect of
  • Alloy Properties on the Heat Flow across the
  • Casting-Mold Interface”, Scripta Metallurgica
  • et Materialia, 28, 447-451, 1993.
  • Narayan Prabhu, K. ve Ravishankar, B.N.,
  • “Effect of Modification Melt Treatment on
  • Casting/Chill Interfacial Heat Transfer and
  • Electrical Conductivity of Al-/13% Si Alloy”,
  • Materials Science and Engineering A, 360,
  • -298, 2003.
  • Suly, L.J.D., “The Thermal Interface between
  • Casting and Chill Moulds”, AFS Transactions,
  • , 735-744, 1976.
  • Prabhu, K.N. ve Griffiths, W.D., “Assessment of
  • Metal/Mould Interfacial Heat Transfer during
  • Solidification of Cast Iron” Third International
  • Conference on Solidification and Gravity,
  • Miskolc, Hungary, 455-461, 1999.
  • Lau, F., Lee, W.B., Xiong, S.M. ve Liu, B.C., “A
  • Study of The Interfacial Heat Transfer between
  • an Iron Casting and a Metallic Mould”, Journal
  • of Materials Processing Technology, 79, 25–29,
  • -
  • Broucaret, S., Michrafy, A. ve Dour, G., “Heat
  • Transfer and Thermo-Mechanical Stresses in a
  • Gravity Casting Die Influence of Process
  • Parameters”, Journal of Materials Processing
  • Thecnology, 110, 211-217, 2001.
  • Hallam, C.P. ve Griffiths, W.D.,”A Model of the
  • Interfacial Heat-Transfer Coefficient for the
  • Aluminum Gravity Die-Casting Process”,
  • Metallurgical and Materials Transactions B;
  • , 721-733, 2004.
  • Gozlan, E. ve Bamberger, M., “Heat Flow and
  • Solidification in A Metal Mould” Zeitschrift für
  • Metallkunde, 78, 677-682, 1987.
  • Srinivasan, M.N., “Heat Transfer Coefficients at
  • the Casting-mould Interface during Solidification
  • of Flake Graphite Cast Iron in Metallic Moulds”,
  • Indian Journal of Technology, 20, 123-129,
  • -
  • Hallam, C.P., Griffiths, W.D. ve Butler, N.D.,
  • “Interfacial Heat Transfer between A Solidifying
  • Aluminum Alloy and A Coated Die Steel”,
  • Materials Science Forums, 329-330, 467-472,
  • -
  • Ho, K. ve Pehlke, R D ; “Mechanisms of Heat
  • Transfer at A Metal-Mold Interface”; AFS
  • Transactions, 92, 587-598, 1984.
  • Hou, T.X. ve Pehlke, R.D., “Determination of
  • Mold-Metal Interfacial Heat Transfer and
  • Simulation of Solidification of An Al-%13 Si
  • Casting”, AFS Transactions, 96, 129-136, 1998.
  • Ho, K. ve Pehlke, R.D., “Transient Methods for
  • Determination of Metal-Mold Interfacial Heat
  • Transfer”, AFS Transactions, 91, 689-698,
  • -
  • Nishida, Y., Droste, W. ve Engler, S., “The Airgap
  • Formation Process at the Casting-Mold
  • interface and the Heat Transfer Mechanism
  • Through the Air-gap”, Met. Transactions B, 17,
  • -844, 1986.
  • Liu, W., Wang G X., ve Matthys, E.F., “Thermal
  • Analysis and Measurements for A Molten Metal
  • Drop Impacting on A Substrate, Cooling,
  • Solidification and Heat Transfer Coefficient”,
  • International Journal of Heat and Mass
  • Transfer, 38, 1387-1395 ,1995.
  • Trovant, M. ve Argyropoulos, S.A., “The
  • Implementation of A Mathematical Model To Characterize Mold Metal Interface Effects in
  • Metal Casting”, Canadian Metallurgical
  • Quarterly, 37, 185-196, 1998.
  • Parker, J.K. ve Piwonka, T.S., “Gap Formation in
  • Resin-Bonded Molds”, AFS Transactions, 108,
  • -245, 2000.
  • Hwang, J.C., Chuang, H.T., Jong, S.H. ve
  • Hwang, W.S., “Measurement of Heat Transfer
  • Coefficient at Metal-Mold Interface during
  • Casting”, AFS Transactions, 102, 877-883,
  • -
  • Coates, BL., Heat Transfer of the Casting
  • Metal/Mold Interface during Solidification,
  • PhD Thesis, Graduate Department of Materials
  • Science and Engineering, University of Toronto,
  • Toronto, Canada, 129-192, 2004.
  • Hartley, J.G. ve Patterson, J.A.L., “The Influence
  • of Temperature, Moisture Content and Binder
  • Content on the Conductivity of Dried Bentonite-
  • Bonded Zirkon and Silica Sands”, AFS
  • Transactions, 91, 183-190, 1983.
  • Kannaiah, P., Narayana, K.L. ve Roshan, H. Md.,
  • “Thermal Properties of Molding Sands, Casting-
  • Over Probe Embedded Specimen Method”, AFS
  • Transactions, 95, 591-600, 1987.
  • Hartley, J.G., Babcock, D. ve Berry, J.T., “The
  • Thermal Conductivity of Bentonite-Bonded
  • Molding Sands”, AFS Transactions, 89, 469-
  • , 1981.
  • Bandyopadhyay, B.P., Joshi, M.D. ve
  • Chakraborty, P.N., “A Transient Method of
  • Simultaneous Measurement of Thermal
  • Properties of Moulding Sand Using Plane Heat
  • Source”, British Foundryman, 77, 318-321,
  • -
  • Seshadri, M.R. ve Ramachandran, A., “Mold
  • Materials Thermal Properties”, AFS
  • Transactions, 69, 616-624, 1961.
  • Krishnan, M. ve Sharma, D.G.R., “Determination
  • of the Interfacial Heat Transfer Coefficient h in
  • Unidirectional Heat Flow by Beck’s Non Linear
  • Estimation Procedure”, Int. Comm. Heat Mass
  • Transfer, 23, 203-214, 1996.
  • Özışık, M.N., Finite Difference Methods in
  • Heat Transfer, Mechanical and Aerospace
  • Engineering Department, North Carolina State
  • University, ABD, 1994.
  • Incropera, F.P. ve Dewitt, D.P., Fundamentals of
  • Heat and Mass Transfer, John Wiley & Sons,
  • Purdue University, School of Mechanical
  • Engineering, ABD, 1996.
  • Kayıkcı, R. ve Griffiths, W.D., “The Influence of
  • Surface Roughness on Interfacial Heat Transfer
  • during Casting Solidification”, Foundryman, 92,
  • -273, 1999.
  • Kayıkcı, R., Metal-Mold Contact and Heat
  • Transfer during Casting Solidification, PhD
  • Thesis, Manchester Materials Science Centre,
  • University of Manchester and UMIST,
  • Manchester, 77-181, 1999.
  • Wang, G.-X. ve Matthys, E.F., “Experimental
  • Determination of the Interfacial Heat Transfer
  • during Cooling and Solidification of Molten
  • Metal Droplets Impacting on A Metallic
  • Substrate: Effect of Roughness and Superheat”,
  • International Journal of Heat and Mass
  • Transfer, 45, 4967–4981, 2002.
  • Gafur, M. A., Nasrul Haque, M. ve Narayan
  • Prabhu, K., “Effect of Chill Thickness and
  • Superheat on Casting/Chill Interfacial Heat
  • Transfer during Solidification of Commercially
  • Pure Aluminum”, Journal of Materials
  • Processing Technology, 133, 257-265, 2003.
  • Akar, N, Katılaşma Sırasında Döküm-Kalıp
  • Ara Yüzeyinde Isı Transfer Katsayısının
  • İncelenmesi, Doktora Tezi, Gazi Üniversitesi,
  • Fen Bilimleri Enstitüsü, 2006.
Yıl 2007, Cilt: 22 Sayı: 3, 0 - , 15.02.2013

Öz

Kaynakça

  • Şahin, H.M., Kocatepe, K., Kayıkcı R. ve Akar,
  • N., “Determination of Unidirectional Heat
  • Transfer Coefficient during Unsteady State
  • Solidification at Metal Chill Interface”, Energy
  • Conversion and Management, 47, 19–34, 2006.
  • Şahin, H.M., Kocatepe, K., Kayıkcı R. ve Akar,
  • N., “Ötektik Al-Si Alaşımında Soğutucu Yüzey
  • Pürüzlülüğünün Arayüzey Isı Transfer
  • Katsayısına Etkisi”, Gazi Üniversitesi
  • Mühendislik-Mimarlık Fakültesi Dergisi, Cilt
  • , No 3, 473-481, 2006.
  • Kim, T.G. ve Lee, Z.H., “Time-varying Heat
  • Transfer Coefficients Between Tube-Shaped
  • Casting and Metal Mold”, International Journal
  • of Heat and Mass Transfer, 40, 3513-3525,
  • -
  • Lee, Z.H., Kim, T.G. ve Choi, Y.S., “The
  • Movement of the Concave Casting Surface
  • during Mushy-Type Solidification and Its Effect
  • on the Heat-Transfer Coefficient”, Metallurgical
  • and Materials Transactions B, 29, 1051-1056,
  • -
  • Fortin, G, Louchez, P. ve Samuel, F H, “Factors
  • Controlling Heat Transfer Coefficients at the
  • Metal-Mold Interface during Solidification of
  • Aluminum Alloys: An Analytical Study”, AFS
  • Transactions, 100, 863-871, 1992.
  • Hao, S.W., Zhang, Z.Q., Chen, J.Y., ve Liu, P.C.,
  • “Heat Transfer at the Metal-Mold Interface in
  • Ductile Iron”, AFS Transactions, 95, 601-608,
  • -
  • Sharma, D.G.R. ve Krishnan, M., “Simulation of
  • Heat Transfer at Casting Metal-Mold Interface“,
  • AFS Transactions, 99, 429-438, 1991.
  • Taha, M.A., El-Mahallawy, N.A., El-Mestekawi,
  • M.T. ve Hassan A.A., “Estimation of Air Gap
  • and Heat Transfer Coefficient at Different Faces
  • of Al And Al-Si Castings Solidifying in
  • Permanent Mould”, Materials Science And
  • Technology, 17, 1093-1101, 2001.
  • Santos, C.A., Quaresma, J.M.V. ve Garcia, A.,
  • “Determination of Transient Interfacial Heat
  • Transfer Coefficients in Chill Mold Casting”,
  • Journal of Alloys and Compounds, 319, 174-
  • , 2001.
  • Santos, C.A., Siqueira, C.A., Garcia, A.,
  • Quaresma, J.V.M. ve Spim, J.A., “Metal/Mold
  • Heat Transfer Coefficients during Horizontal and
  • Vertical Unsteady-State Solidification of Al-Cu
  • and Sn-Pb Alloys”, 4th International
  • Conference on Inverse Problems in
  • Engineering, Rio de Janeiro, Brazil, 2002.
  • Siqueira, C.A., Cheung, N. ve Garcia, A., “The
  • Columnar To Equiaxed Transition During
  • Solidification of Sn–Pb Alloys”, Journal of
  • Alloys and Compounds, 351, 126–134, 2003.
  • Peres, M.D., Siqueira, C.A. ve Garcia, A.,
  • “Macrostructural and Microstructural
  • Development in Al–Si Alloys Directionally
  • Solidified under Unsteady-State Conditions”,
  • Journal of Alloys and Compounds, 381,168–
  • , 2004.
  • Santos, C.A., Siqueira, C.A.,Garcia, A.,
  • Quaresma, J.M.V. ve Spim, J.A., “Metal–Mold
  • Heat Transfer Coefficients during Horizontal and
  • Vertical Unsteady-State Solidification of Al–Cu
  • and Sn–Pb Alloys”, Inverse Problems in
  • Science and Engineering, 12, 279–296,2004.
  • Sá, F., Rocha, O.L., Siqueira, C.A. ve Garcia, A.,
  • “The Effect of Solidification Variables on
  • Tertiary Dendrite Arm Spacing in Unsteady-State
  • Directional Solidification of Sn–Pb and Al–Cu
  • Alloys”, Materials Science and Engineering A,
  • , 131–138 ,2004.
  • Spinelli, J.E., Rosa, D.M., Ferreira, I.L. ve
  • Garcia, A., “Influence of Melt Convection on
  • Dendritic Spacing of Downward Unsteady-State
  • Directionally Solidified Al–Cu Alloys”,
  • Materials Science and Engineering A, 383,
  • –282, 2004.
  • Souza, E. N., Cheung, N. ve Garcia, A., “The
  • Correlation Between Thermal Variables and
  • Secondary Dendrite Arm Spacing During
  • Solidification of Horizontal Cylinders of Sn–Pb
  • Alloys” Journal of Alloys and Compounds,
  • , 110-117, 2005.
  • Muojekwu, C.A., Samarasekera, I.V. ve
  • Brimacombe, J.K., “Heat Transfer and
  • Microstructure during The Early Stages of Metal
  • Solidification”, Metallurgical and Materials
  • Transactions B, 26, 361-382, 1995.
  • Michel, F., Louchez, P. R. ve Samuel, F. H.,
  • “Heat Transfer Coefficient during Solidification
  • of Al-Si Alloys: Effects of Mold Temperature,
  • Coating Type and Thickness”, AFS
  • Transactions, 103, 275-283, 1995.
  • Krishnan, M. ve Sharma, D.G.R., “Determination
  • of Heat Transfer Coefficient between Casting and
  • Chill in Unidirectional Heat Flow”, AFS
  • Transactions, 102, 769-774, 1994.
  • Krishnan, M. ve Sharma, D.G.R., “The Effect of
  • Alloy Properties on the Heat Flow across the
  • Casting-Mold Interface”, Scripta Metallurgica
  • et Materialia, 28, 447-451, 1993.
  • Narayan Prabhu, K. ve Ravishankar, B.N.,
  • “Effect of Modification Melt Treatment on
  • Casting/Chill Interfacial Heat Transfer and
  • Electrical Conductivity of Al-/13% Si Alloy”,
  • Materials Science and Engineering A, 360,
  • -298, 2003.
  • Suly, L.J.D., “The Thermal Interface between
  • Casting and Chill Moulds”, AFS Transactions,
  • , 735-744, 1976.
  • Prabhu, K.N. ve Griffiths, W.D., “Assessment of
  • Metal/Mould Interfacial Heat Transfer during
  • Solidification of Cast Iron” Third International
  • Conference on Solidification and Gravity,
  • Miskolc, Hungary, 455-461, 1999.
  • Lau, F., Lee, W.B., Xiong, S.M. ve Liu, B.C., “A
  • Study of The Interfacial Heat Transfer between
  • an Iron Casting and a Metallic Mould”, Journal
  • of Materials Processing Technology, 79, 25–29,
  • -
  • Broucaret, S., Michrafy, A. ve Dour, G., “Heat
  • Transfer and Thermo-Mechanical Stresses in a
  • Gravity Casting Die Influence of Process
  • Parameters”, Journal of Materials Processing
  • Thecnology, 110, 211-217, 2001.
  • Hallam, C.P. ve Griffiths, W.D.,”A Model of the
  • Interfacial Heat-Transfer Coefficient for the
  • Aluminum Gravity Die-Casting Process”,
  • Metallurgical and Materials Transactions B;
  • , 721-733, 2004.
  • Gozlan, E. ve Bamberger, M., “Heat Flow and
  • Solidification in A Metal Mould” Zeitschrift für
  • Metallkunde, 78, 677-682, 1987.
  • Srinivasan, M.N., “Heat Transfer Coefficients at
  • the Casting-mould Interface during Solidification
  • of Flake Graphite Cast Iron in Metallic Moulds”,
  • Indian Journal of Technology, 20, 123-129,
  • -
  • Hallam, C.P., Griffiths, W.D. ve Butler, N.D.,
  • “Interfacial Heat Transfer between A Solidifying
  • Aluminum Alloy and A Coated Die Steel”,
  • Materials Science Forums, 329-330, 467-472,
  • -
  • Ho, K. ve Pehlke, R D ; “Mechanisms of Heat
  • Transfer at A Metal-Mold Interface”; AFS
  • Transactions, 92, 587-598, 1984.
  • Hou, T.X. ve Pehlke, R.D., “Determination of
  • Mold-Metal Interfacial Heat Transfer and
  • Simulation of Solidification of An Al-%13 Si
  • Casting”, AFS Transactions, 96, 129-136, 1998.
  • Ho, K. ve Pehlke, R.D., “Transient Methods for
  • Determination of Metal-Mold Interfacial Heat
  • Transfer”, AFS Transactions, 91, 689-698,
  • -
  • Nishida, Y., Droste, W. ve Engler, S., “The Airgap
  • Formation Process at the Casting-Mold
  • interface and the Heat Transfer Mechanism
  • Through the Air-gap”, Met. Transactions B, 17,
  • -844, 1986.
  • Liu, W., Wang G X., ve Matthys, E.F., “Thermal
  • Analysis and Measurements for A Molten Metal
  • Drop Impacting on A Substrate, Cooling,
  • Solidification and Heat Transfer Coefficient”,
  • International Journal of Heat and Mass
  • Transfer, 38, 1387-1395 ,1995.
  • Trovant, M. ve Argyropoulos, S.A., “The
  • Implementation of A Mathematical Model To Characterize Mold Metal Interface Effects in
  • Metal Casting”, Canadian Metallurgical
  • Quarterly, 37, 185-196, 1998.
  • Parker, J.K. ve Piwonka, T.S., “Gap Formation in
  • Resin-Bonded Molds”, AFS Transactions, 108,
  • -245, 2000.
  • Hwang, J.C., Chuang, H.T., Jong, S.H. ve
  • Hwang, W.S., “Measurement of Heat Transfer
  • Coefficient at Metal-Mold Interface during
  • Casting”, AFS Transactions, 102, 877-883,
  • -
  • Coates, BL., Heat Transfer of the Casting
  • Metal/Mold Interface during Solidification,
  • PhD Thesis, Graduate Department of Materials
  • Science and Engineering, University of Toronto,
  • Toronto, Canada, 129-192, 2004.
  • Hartley, J.G. ve Patterson, J.A.L., “The Influence
  • of Temperature, Moisture Content and Binder
  • Content on the Conductivity of Dried Bentonite-
  • Bonded Zirkon and Silica Sands”, AFS
  • Transactions, 91, 183-190, 1983.
  • Kannaiah, P., Narayana, K.L. ve Roshan, H. Md.,
  • “Thermal Properties of Molding Sands, Casting-
  • Over Probe Embedded Specimen Method”, AFS
  • Transactions, 95, 591-600, 1987.
  • Hartley, J.G., Babcock, D. ve Berry, J.T., “The
  • Thermal Conductivity of Bentonite-Bonded
  • Molding Sands”, AFS Transactions, 89, 469-
  • , 1981.
  • Bandyopadhyay, B.P., Joshi, M.D. ve
  • Chakraborty, P.N., “A Transient Method of
  • Simultaneous Measurement of Thermal
  • Properties of Moulding Sand Using Plane Heat
  • Source”, British Foundryman, 77, 318-321,
  • -
  • Seshadri, M.R. ve Ramachandran, A., “Mold
  • Materials Thermal Properties”, AFS
  • Transactions, 69, 616-624, 1961.
  • Krishnan, M. ve Sharma, D.G.R., “Determination
  • of the Interfacial Heat Transfer Coefficient h in
  • Unidirectional Heat Flow by Beck’s Non Linear
  • Estimation Procedure”, Int. Comm. Heat Mass
  • Transfer, 23, 203-214, 1996.
  • Özışık, M.N., Finite Difference Methods in
  • Heat Transfer, Mechanical and Aerospace
  • Engineering Department, North Carolina State
  • University, ABD, 1994.
  • Incropera, F.P. ve Dewitt, D.P., Fundamentals of
  • Heat and Mass Transfer, John Wiley & Sons,
  • Purdue University, School of Mechanical
  • Engineering, ABD, 1996.
  • Kayıkcı, R. ve Griffiths, W.D., “The Influence of
  • Surface Roughness on Interfacial Heat Transfer
  • during Casting Solidification”, Foundryman, 92,
  • -273, 1999.
  • Kayıkcı, R., Metal-Mold Contact and Heat
  • Transfer during Casting Solidification, PhD
  • Thesis, Manchester Materials Science Centre,
  • University of Manchester and UMIST,
  • Manchester, 77-181, 1999.
  • Wang, G.-X. ve Matthys, E.F., “Experimental
  • Determination of the Interfacial Heat Transfer
  • during Cooling and Solidification of Molten
  • Metal Droplets Impacting on A Metallic
  • Substrate: Effect of Roughness and Superheat”,
  • International Journal of Heat and Mass
  • Transfer, 45, 4967–4981, 2002.
  • Gafur, M. A., Nasrul Haque, M. ve Narayan
  • Prabhu, K., “Effect of Chill Thickness and
  • Superheat on Casting/Chill Interfacial Heat
  • Transfer during Solidification of Commercially
  • Pure Aluminum”, Journal of Materials
  • Processing Technology, 133, 257-265, 2003.
  • Akar, N, Katılaşma Sırasında Döküm-Kalıp
  • Ara Yüzeyinde Isı Transfer Katsayısının
  • İncelenmesi, Doktora Tezi, Gazi Üniversitesi,
  • Fen Bilimleri Enstitüsü, 2006.
Toplam 246 adet kaynakça vardır.

Ayrıntılar

Birincil Dil Türkçe
Bölüm Makaleler
Yazarlar

Neşet Akar Bu kişi benim

Necati Yalçın

Yayımlanma Tarihi 15 Şubat 2013
Gönderilme Tarihi 15 Şubat 2013
Yayımlandığı Sayı Yıl 2007 Cilt: 22 Sayı: 3

Kaynak Göster

APA Akar, N., & Yalçın, N. (2013). Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ. Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi, 22(3).
AMA Akar N, Yalçın N. Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ. GUMMFD. Mart 2013;22(3).
Chicago Akar, Neşet, ve Necati Yalçın. “Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ”. Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi 22, sy. 3 (Mart 2013).
EndNote Akar N, Yalçın N (01 Mart 2013) Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ. Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi 22 3
IEEE N. Akar ve N. Yalçın, “Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ”, GUMMFD, c. 22, sy. 3, 2013.
ISNAD Akar, Neşet - Yalçın, Necati. “Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ”. Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi 22/3 (Mart 2013).
JAMA Akar N, Yalçın N. Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ. GUMMFD. 2013;22.
MLA Akar, Neşet ve Necati Yalçın. “Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ”. Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi, c. 22, sy. 3, 2013.
Vancouver Akar N, Yalçın N. Al-Si ALAŞIMLARINDA SİLİSYUM MİKTARININ DÖKÜM PARÇA-KALIP ARAYÜZEY ISI TRANSFER KATSAYISI ÜZERİNE ETKİSİ. GUMMFD. 2013;22(3).