Matches in SemOpenAlex for { <https://semopenalex.org/work/W4320479347> ?p ?o ?g. }
- W4320479347 endingPage "123829" @default.
- W4320479347 startingPage "123829" @default.
- W4320479347 abstract "A Jeffreys heat conduction problem for coupled semispaces subjected to the action of an interfacial heat source was defined. An analytical solution of the problem was derived for a polynomial specific power of the heat source using the Laplace transform approach. The asymptotic and parametric analysis was performed for different ratios of thermal conductivities K1,2, thermal diffusivities k1,2, thermal relaxation times τ1,2 and coefficients α1,2 indicating the relative contribution of Fourier heat conduction. It was found that Jeffreys heat conduction results in continuous variation of the contact temperature, whilst its particular case — Cattaneo heat conduction — is accompanied by a step change of the contact temperature at the initial time. Another finding is that the initial heat partition occurs due to the ratio of K1α1/k1 and K2α2/k2 under Jeffreys heat conduction and due to the different ratio of K1/k1τ1 and K2/k2τ2 under Cattaneo heat conduction. The solution applicability was demonstrated on the simulation example of ultrashort laser pulse welding. The type of heat conduction was revealed to have qualitative and quantitative impacts on the contact temperature and heat fluxes." @default.
- W4320479347 created "2023-02-14" @default.
- W4320479347 creator A5091694853 @default.
- W4320479347 date "2023-04-01" @default.
- W4320479347 modified "2023-09-24" @default.
- W4320479347 title "Jeffreys heat conduction in coupled semispaces subjected to interfacial heating" @default.
- W4320479347 cites W189799670 @default.
- W4320479347 cites W1964516702 @default.
- W4320479347 cites W1965048259 @default.
- W4320479347 cites W1972230621 @default.
- W4320479347 cites W1979570266 @default.
- W4320479347 cites W1984259531 @default.
- W4320479347 cites W1985517264 @default.
- W4320479347 cites W2003314305 @default.
- W4320479347 cites W2010666826 @default.
- W4320479347 cites W2015151839 @default.
- W4320479347 cites W2020717841 @default.
- W4320479347 cites W2030430597 @default.
- W4320479347 cites W2031050532 @default.
- W4320479347 cites W2034622207 @default.
- W4320479347 cites W2036835696 @default.
- W4320479347 cites W2039554478 @default.
- W4320479347 cites W2043824501 @default.
- W4320479347 cites W2055259012 @default.
- W4320479347 cites W2061908860 @default.
- W4320479347 cites W2064282156 @default.
- W4320479347 cites W2066649794 @default.
- W4320479347 cites W2066664555 @default.
- W4320479347 cites W2068186170 @default.
- W4320479347 cites W2070552549 @default.
- W4320479347 cites W2071238675 @default.
- W4320479347 cites W2073350764 @default.
- W4320479347 cites W2075526957 @default.
- W4320479347 cites W2080845587 @default.
- W4320479347 cites W2088320764 @default.
- W4320479347 cites W2088480943 @default.
- W4320479347 cites W2089595393 @default.
- W4320479347 cites W2089740122 @default.
- W4320479347 cites W2090346197 @default.
- W4320479347 cites W2091635543 @default.
- W4320479347 cites W2518051198 @default.
- W4320479347 cites W2566094472 @default.
- W4320479347 cites W2768876099 @default.
- W4320479347 cites W2900437575 @default.
- W4320479347 cites W2900553620 @default.
- W4320479347 cites W2941920734 @default.
- W4320479347 cites W3040487627 @default.
- W4320479347 cites W3092906996 @default.
- W4320479347 cites W3101786865 @default.
- W4320479347 cites W3152125627 @default.
- W4320479347 cites W3195098991 @default.
- W4320479347 cites W3200743617 @default.
- W4320479347 cites W4211103870 @default.
- W4320479347 cites W4308455080 @default.
- W4320479347 cites W606179686 @default.
- W4320479347 doi "https://doi.org/10.1016/j.ijheatmasstransfer.2022.123829" @default.
- W4320479347 hasPublicationYear "2023" @default.
- W4320479347 type Work @default.
- W4320479347 citedByCount "0" @default.
- W4320479347 crossrefType "journal-article" @default.
- W4320479347 hasAuthorship W4320479347A5091694853 @default.
- W4320479347 hasConcept C121332964 @default.
- W4320479347 hasConcept C134306372 @default.
- W4320479347 hasConcept C142014798 @default.
- W4320479347 hasConcept C159188206 @default.
- W4320479347 hasConcept C159985019 @default.
- W4320479347 hasConcept C172100665 @default.
- W4320479347 hasConcept C192562407 @default.
- W4320479347 hasConcept C33923547 @default.
- W4320479347 hasConcept C43818450 @default.
- W4320479347 hasConcept C50517652 @default.
- W4320479347 hasConcept C57879066 @default.
- W4320479347 hasConcept C72948385 @default.
- W4320479347 hasConcept C97346530 @default.
- W4320479347 hasConcept C97355855 @default.
- W4320479347 hasConcept C97937538 @default.
- W4320479347 hasConceptScore W4320479347C121332964 @default.
- W4320479347 hasConceptScore W4320479347C134306372 @default.
- W4320479347 hasConceptScore W4320479347C142014798 @default.
- W4320479347 hasConceptScore W4320479347C159188206 @default.
- W4320479347 hasConceptScore W4320479347C159985019 @default.
- W4320479347 hasConceptScore W4320479347C172100665 @default.
- W4320479347 hasConceptScore W4320479347C192562407 @default.
- W4320479347 hasConceptScore W4320479347C33923547 @default.
- W4320479347 hasConceptScore W4320479347C43818450 @default.
- W4320479347 hasConceptScore W4320479347C50517652 @default.
- W4320479347 hasConceptScore W4320479347C57879066 @default.
- W4320479347 hasConceptScore W4320479347C72948385 @default.
- W4320479347 hasConceptScore W4320479347C97346530 @default.
- W4320479347 hasConceptScore W4320479347C97355855 @default.
- W4320479347 hasConceptScore W4320479347C97937538 @default.
- W4320479347 hasLocation W43204793471 @default.
- W4320479347 hasOpenAccess W4320479347 @default.
- W4320479347 hasPrimaryLocation W43204793471 @default.
- W4320479347 hasRelatedWork W1964981070 @default.
- W4320479347 hasRelatedWork W1978959646 @default.
- W4320479347 hasRelatedWork W2022942154 @default.
- W4320479347 hasRelatedWork W2074920836 @default.