BEM numerical simulation of coupled heat, air and moisture flow through a multilayered porous solid /

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo., Ravnik, Jure.

BEM simulation model for coupled heat, moisture and air transport through a multilayered porous wall /

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo., Ravnik, Jure.

41st IAHS World Congress on Housing, Sustainability and Innovation for the Future, September 13-16, 2016, Albufeira, Algarve, Portugal proceedings /

Izdano 2016

Diffusion-convective transport of heat and moisture through a porous solid using BEM

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo., Ravnik, Jure.

In-situ thermal resistance evaluation of walls using an iterative dynamic model /

od Tadeu, António Jóse Barreto, gradbeništvo., Simoes, Nuno., Simões, Inês., Pedro, Filipe., Škerget, Leopold.

Coupling Heat, Air and Moisture flow through a multi-layered porous solid using the BEM : lecture presented at the Thirty-seventh International Conference on Boundary Elements and...

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo.
Izdano 2014

In-situ thermal resistance evaluation of walls using an iterative dynamic model /

od Tadeu, António Jóse Barreto, gradbeništvo., Simoes, Nuno., Simões, Inês., Pedro, Filipe., Škerget, Leopold.

Coupling heat, air and moisture flow through a multilayered porous solid using a bem model

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo.

Boundary Elements and other Mesh Reduction Methods XLII

Izdano 2019

Fundamental solutions in computational fluid dynamics

od Škerget, Leopold., Tadeu, António Jóse Barreto, gradbeništvo., Ravnik, Jure.