Heat flux identification using reduced model and the adjoint method. Application to a brake disk rotating at variable velocity | Zendy

Sérgio Carmona | Zendy; Yassine Rouizi | Zendy; O. Quéméner | Zendy; F. Joly | Zendy

Open Access

Heat flux identification using reduced model and the adjoint method. Application to a brake disk rotating at variable velocity

Author(s) -

Sérgio Carmona,

Yassine Rouizi,

O. Quéméner,

F. Joly

Publication year - 2016

Publication title -

hal (le centre pour la communication scientifique directe)

Language(s) - English

Resource type - Conference proceedings

Subject(s) - disc brake , brake , variable (mathematics) , nonlinear system , representation (politics) , heat flux , control theory (sociology) , flux (metallurgy) , inverse problem , modal , reduction (mathematics) , identification (biology) , computer science , mathematical analysis , mathematics , mechanics , heat transfer , physics , geometry , mechanical engineering , engineering , artificial intelligence , materials science , law , biology , control (management) , quantum mechanics , political science , metallurgy , botany , politics , polymer chemistry

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