Report summary

For University of Alabama Department of Chemical and Biological Engineering in 2015-2026, the graph shows 33 visible PIs and 48 internal PI collaborations. The main research signal is Engineering as the leading field (29% of slots across 22 PIs; 22 labels), Biomedical Engineering as the leading subfield (14% of slots across 12 PIs; 12 labels), and Membrane Separation and Gas Transport as the leading topic (5% of slots across 5 PIs; 5 labels). That is a healthy pattern, with enough links to reveal several interpretable groups rather than one undifferentiated component. The most prominent PIs by weighted works are Jason E. Bara (59.3 weighted works; Ionic liquids properties and applications, Membrane Separation and Gas Transport); C. Heath Turner (47.4 weighted works; Ionic liquids properties and applications, Catalysis and Oxidation Reactions). The clearest collaboration lines are Jason E. Bara and C. Heath Turner (33 shared works, weight 17.7); Jason E. Bara and Kathryn E. O’Harra (35 shared works, weight 16.6). The strongest breakdown groups are group 1 with 9 PIs, 11 internal connections, weight 66.7, around Biomedical Engineering, Catalysis, Mechanical Engineering, led by Jason E. Bara, C. Heath Turner, Tibor Szilvási.