A comparative analysis of pressure centroid and thermal interactions within the Kozeny-Carman architecture across a spectrum of bearing configuration under transient dynamic regimes

Key Points

• Pressure centroid directly influences thermal interactions within the Kozeny-Carman architecture, enhancing performance under dynamic conditions.
• Optimal bearing configurations can significantly improve the efficiency and stability of thermal interactions in transient regimes.
• Assessment across varying configurations reveals notable differences in pressure centroids and thermal behavior during dynamic testing.
• This comparative analysis may inform better designs, highlighting the importance of understanding dynamic interactions.