Index

fluid flow rates, 8 Adsorption chiller, 297 Advanced coating, 161 Advantages of AI in aerodynamic optimization, 16 Advantages of AI in turbulence modeling, 14 Aerodynamic optimization, 15 Affordable and clean energy (SDG 7), 310 AI applications in ecological wellbeing, 320, 321 AI applications in solid waste management, 322-323 AI driven immunoassays, 401 Air conditioning (HVAC) system, 143 Air cooled heat exchanger, 156 ANN, 398 ANN vs. BVP4C comparison, 359-362 Anomaly detection, 298 Applications in aerospace, 17 Applications of AI in aerodynamic optimization, 16 Applications of AI in turbulence modeling, 14 Artificial electric field algorithm (AEFA), 318 Artificial intelligence (AI), 94, 142, 179, 213, 277-306, 307-325 Artificial intelligence and machine learning advances, 62 Artificial intelligence as a replacement for traditional models, 13 Artificial intelligence in fluid dynamics, 13 Artificial intelligence techniques, 72 Artificial intelligence techniques in aerodynamic optimization, 15 Artificial intelligence-optimized trackers, 259 Artificial neural network (ANN), 27, 28, 38, 126, 127, 213, 214, 229-231, 343-345, 347, 359-363 Autoencoders, 24, 34 Axial velocity/velocity profiles, 215, 216, 224-226 Boundary layer analysis, 346-352 Boussinesq hypothesis, 37 Brownian motion, 121, 123, 124 Brownian motion parameter (Nb), 343, 344, 352-356 Building management system (BMS), 297 BVP4C solver, 347, 359-362 Carbon emissions, 312-314 Central composite factorial design, 119, 128, 129 CFD, 401 Challenges and future directions, 19 Challenges and limitations, 17 Chemical industries, 379 Chemical processing, 18 Climate action (SDG 13), 310 Clustering, 24, 29 CNN, 402 Coaxial heat exchanger, 144 Combined heat and power (CHP)/ Cogeneration, 314 Combined wind and solar systems, 263 Composite material, 161 Computational challenges, 168 Computational costs, 266 Computational fluid dynamics (CFD), 279,