Numerical evaluation of urban-warming mitigation strategies in an urban-porous media. an application of stabilized finite elements methods

HIGHLIGHTS

  • What: The authors explore the effectiveness of strategies for mitigating urban warming from a numerical simulation standpoint. The authors propose an enhanced version, outlined below. To solve this model numerically, a simplified least-squares method is proposed, starting from the following semi-discrete in time problem. All the numerical processes involved in solving them are not formulated here, the authors focus only on the stabilization of equation (20a).
  • Who: Néstor García-Chan from the Physics Department, University of have published the Article: Numerical evaluation of urban-warming mitigation strategies in an urban-porous . . .

     

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