Heat Conductive Analysis of Tooth by Finite Element Method

Takahashi, Noriaki; Sakamoto, Y.; Sakaguchi, Kunihiko; Kitagami, Tetsuya; Komori, Tomio

doi:10.2186/jjps.21.417

Nihon Hotetsu Shika Gakkai Zasshi

1977

DOI: 10.2186/jjps.21.417

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Heat Conductive Analysis of Tooth by Finite Element Method

Noriaki Takahashi¹,

Y. Sakamoto²,

Kunihiko Sakaguchi³

et al.

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1982

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Thermal conductive analysis of restored teeth by finite element method

Takahashi¹

1982

J of Oral Rehabilitation

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SnmmaryIn order to clarify the thermal conductive effects of restorative conditions, interpulpal thermal changes of restored vital teeth with inlays and full crowns were analysed theoretically by a finite element method, under thermal irritation from cold and hot drinks. It was concluded that the thermal conductivity of the restorative materials and the thickness of remaining tooth structure both infiuenced the interpulpal temperatures of restored vital teeth.

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Thermal conductive analysis of restored teeth by finite element method

Takahashi¹

1982

J of Oral Rehabilitation

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Heat Conductive Analysis of Tooth by Finite Element Method

Cited by 1 publication

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Thermal conductive analysis of restored teeth by finite element method

Thermal conductive analysis of restored teeth by finite element method

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