Publications by authors named "A Trueba"

Article Synopsis
  • This research presents an AI model that optimizes energy supply, biocide dosing, and maintenance for heat exchangers, taking into account various environmental and economic factors.
  • The study finds that biofilm leads to a significant drop in thermal efficiency (41%) and increases flow resistance (113%), resulting in a 9% rise in pump power consumption.
  • The AI model identifies day 44 as the optimal time to start biocide dosing, helping to maintain heat exchanger performance while minimizing environmental impact from industrial operations.*
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Excoriation disorder (ED) is defined as compulsive skin picking that results in skin damage and emotional distress. Optimal management of ED includes individualized treatment plans consisting of psychotherapies, behavioral and pharmacologic interventions. Compared with younger populations, older adults are at increased risk for poor outcomes, such as infection and hospitalization, and require unique management considerations.

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Background: Patient clinical collateral information is critical for providing psychiatric and psychotherapeutic care. With the shift to primarily virtual care triggered by the COVID-19 pandemic, psychotherapists may have received less clinical information than they did when they were providing in-person care. This study assesses whether the shift to virtual care had an impact on therapists' use of patients' electronic and social media to augment clinical information that may inform psychotherapy.

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Ships in service feature surfaces that exhibit biofouling, which alters the hydrodynamics of the vessels, thus affecting their normal displacement and significantly increasing their fuel consumption. The application of three types of ceramic coatings as ecological, effective and durable alternatives to commercial silicone-based marine coatings is investigated in this study. Three different ceramic glazes and two control commercial paints are analysed in an actual environment during 20 months of exposure to simulate the navigation conditions such that growth and roughness data can be obtained and then applied to computational fluid dynamics (CFD) software using an open-source Reynolds-averaged Navier-Stokes solver.

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