7/27/2019 3 bibliografia
1/3
5. REFERNCIA BIBLIOGRFICA
NAKAYAMA, A., Pc Aided numerical heat transfer and convective
flow , CRCPress, 1995, 298 p.
BEJAN, A.,Transferncia de Calor, Edgard Blcher Ltda, 1996.CAPS,
R., HEINEMANN, U., RICKE, J., Thermal conductivity of
polyimidefoams. Int. Journal Heat Mass Transfer. Vol. 40, No. 2. PP
269-280, 1997.
MILOS, F.S., MARSCHALL, J., The calculation of anisotropic
extinctioncoefficients for radiation diffusion in rigid fibrous
ceramic insulations.Published by Elsevier Science Ltd. Printed in
Great Britain, Vol. 40, No. 3, pp.627~34, 1997.
RAPTIS, A., Radiation and free convection flow through a porous
medium. Int.
Comm. Heat Mass Transfer, VoL. 25. No. 2, pp. 289-295, 1998.
YIH, K.A., Radiation effect on natural convection over a
vertical cylinderembedded in porous media. Int. Comm. Heat Mass
Transfer, Vol. 26, No. 2, pp.259-267, 1999.
JUNQUEIRA, S.L.M., LAGE, J.L., The fluid effect on the effective
attenuationcoefficient of a fully saturated porous medium under
laser radiation.Experimental Heat Transfer, 12:157-174, 1999.
KASHIAP, R., Fiber Bragg Gratings. Academic Press 1999.SACADURA,
J.F., BAILLIS D., Thermal radiation properties of dispersed
media:theoretical prediction and experimental characterization.
Journal of QuantitativeSpectroscopy & Radiative Transfer 67
(2000) 327}363
SULLINS, A., DARYABEIGI, K., Effective thermal conductivity of
high porosityopen cell Nickel foam. 35th AIAA Thermophysics
Conference 11-14 June 2001 /Anaheim, CA.
ROSSINI, F.R, Soldas em chapas grossas de ao de baixo carbono
utilizando
laser de CO2. Dissertao (Mestrado) Universidade Estadual de
Campinas,Faculdade de Engenharia Mecnica. Campinas, SP:[s,n],
2002.
BEJAN, A., KRAUS, A., Heat transfer handbook, John Wiley &
Sons, Inc. 2003.
MAJUMDAR J. D., MANNA I., Laser processing of materials. Sadhana
Vol. 28,Parts 3 & 4, June/August 2003, pp. 495562.
KALINOWSKI, HJ., FABRIS, JL., MULLER,M., Jos Lus Fabris, Mrcia
Mller
Desenvolvimento de sensores com redes foto refrativas em fibra
tica para osetor do petrleo. 2o CONGRESSO BRASILEIRO DE P&D EM
PETRLEO & GS
7/27/2019 3 bibliografia
2/3
CARDOZO DA SILVA J.C., MARTELLI C., DIESEL B.W., FABRIS
J.L.,KALINOWSKI H.J., GOOTHOFF N., CANNING J., Termmetro de
AltaTemperatura(0-400) baseado em Redes de Bragg em Fibra tica
paraAplicao no setor de Petrleo. III Seminrio Nacional de Controle
e Automao.
2003, Salvador.
KLEMBA, F., Sensores ticos a fibra aplicados rea de petrleo.
Dissertao(Mestrado) UTFPR. Programa de Ps-Graduao em Engenharia
Eltrica eInformtica Industrial. Curitiba, 2005. Bibliografia: p.
65-7
MARTELLI C., CARDOZO DA SILVA J. C., NOVAES P. J. N., KALINOWSKI
H. J.Sistema de Leitura de Redes de Bragg para Medidas Estticas e
Dinmicas .Revista de Fsica Aplicada, vol 17 no. 1, Maro, 2004.
LAWRENCE, J. An analysis of the beam interaction characteristics
of selectedlasers with an alpha alumina bioceramic. Published by
Optics and Laser inEngineering, Vol 41 (2004) 504-514.
GROSS U., TRAN S., Radiation effects on transient hot-wire
measurementsin absorbing and emitting porous media. International
Journal of Heat and MassTransfer 47 (2004) 32793290
KOC A., 3-D analysis of temperature distribution in the material
during pulsedlaser and material interaction. Heat and Mass Transfer
40 (2004) 697706
ZHAO, C.Y., LU, T.J., HODSON, H.P. Natural convection in metal
foams withopen cells. International Journal of Heat and Mass
Transfer 48 (2005) 24522463.
NIELD D., BEJAN A., Convection in Porous Media 3 Edio- 2006.
SpringerScience+Business Media, Inc., USA),
BADRUDDIN, I. A.,ZAINAL, Z.A., P.A. NARAYANA, A. SEETHARAMU,
K.N. Heattransfer by radiation and natural convection through a
vertical annulusembedded in porous medium. International
Communications in Heat and MassTransfer 33 (2006) 500507.
PATERNO A. S. Anlise e implementao com aplicaes na
instrumentaode processos petroqumicos. Tese de doutorado. UTFPR.
2006, Curitiba.
BERROCAL, E., SEDARKSY, D., PACIARONI, M., MEGLINSKI, I., LINNE,
M.,Laser light scattering in turbid media Part I: Experimental and
simulatedresults for the spatial intensity distribution . 20 August
2007 / Vol. 15, No. 17 /OPTICS EXPRESS 10649.
TALEB T., ABDELBAKI A., ZRIKEM Z., Numerical simulation of
coupled heattransfers by conduction, natural convection and
radiation in hollow structuresheated from below or above.
International Journal of Thermal Sciences 47 (2008)
378387
