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Titlebook: Real Time Reduced Order Computational Mechanics; Parametric PDEs Work Gianluigi Rozza,Francesco Ballarin,Federico Pichi Book 2024 The Edito

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Worked Out Problem 6: Unsteady Heat Conduction in a Thermal Blockuations of the time evolution of the thermal field and the output of interest, defined as the average temperature over the boundary. The solution is approximated using reduced order modeling techniques based on the POD-Galerkin method..The problem is described by presenting the physical domain, the
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Worked Out Problem 10: An Idealized Contact Problem in Linear Elasticity with Frictiony parametrized domain. The aim is to obtain efficient evaluations of the vector displacement field and the output of interest, defined as the integrated vertical displacement over the loaded boundary. The solution is approximated using reduced order modeling techniques based on the POD-Galerkin meth
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Worked Out Problem 12: Navier-Stokes System for a Backward-Facing Stephe aim is to obtain efficient evaluations of the velocity and pressure fields and the output of interest, defined as the average of the solution over the whole domain. The solution is approximated using reduced order modeling techniques based on the POD-Galerkin method and the Discrete Empirical Int
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Worked Out Problem 13: Bifurcating Coanda Effect in a Channelnel. The aim is to obtain efficient evaluations of the velocity and pressure fields and the output of interest, defined as the integral of vertical velocity, which is related to the symmetry breaking and non-uniqueness behavior. The solution is approximated using reduced order modeling techniques ba
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