Similar Items: The prediction of condensation flow patterns by using artificial intelligence (AI) techniques
- The influence of the inclination angle on void fraction and heat transfer during condensation inside a smooth tube
- Condensation inside Horizontal and Inclined Smooth Tubes at Low Mass Fluxes
- Impeller fault detection under fluctuating flow conditions using artificial neural networks
- Nuclear fusion of Li-6 H-2 crystals
- The influence of a multiple tube inlet condition on fully-developed friction factors in the transitional flow regime
- Characterisation of the core and winding vibrations of power transformers with regulator windings
Similar Items: Modelling and multi-objective optimisation of heat transfer characteristics and pressure drop of nanofluids in microtubes
- The inlet effects of multiple tubes on the adiabatic pressure drop of smooth horizontal tubes in the transitional flow regime
- Experimental investigation and mathematical modelling of thermophysical properties of ethylene glycol and glycerol-based nanofluids
- Influential cooling of the free surface by jet impingement of aqueous nanodispersion dominant with hybridized nanoparticles
- Experimental investigation into convective heat transfer in the transition flow regime by using nanofluids in a rectangular channel
- Heat transfer and pressure drop investigation for prescribed heat fluxes on both the inner and outer wall of the annular duct
- Modelling and optimisation of thermophysical properties and convective heat transfer of nanofluids by using artificial intelligence methods