The impact of structural configurations on the thermal performance of a hollow block wall was analyzed.
The wall was analyzed with a coupled mechanical and hydraulic finite element (FE) model.
The interaction mechanism between the alumina droplets and the wall are analyzed.
Particulate fluxes towards and away from the permeable wall are analyzed under different adhesion strengths.
The wall was analyzed by the microscopic Finite-Element Method (FEM) in ABAQUS.
The protected part (from the rainwater) and the eroded part of the wall are analyzed at the same time.
The position of the predicted strengths, S yn and S yp, with respect to S y may vary from what is illustrated depending on the particular wall being analyzed.
Deformations of the tracheal cartilage rings and of the muscle membrane, as well as the maximum principal stresses in the wall, are analyzed and compared with those of the healthy trachea in absence of prosthesis.
Time series of conductance measurements, obtained with an array of eight probes flushed to the reactor wall, are analyzed using tools borrowed from the theory of non-linear dynamics and symbolic dynamics.
Based on the vibration theory of cylindrical thin shell, the acoustical coupling between the in-pipe gas and the pipe wall is analyzed to determine a dominant transmission path.
