Thermocapillarity in Cross Hybrid Nanofilm Flow Past an Unsteady Stretching Sheet

The present work is highly interested in examining the transport phenomena of thin Cross hybrid nanofluid film flow over a continuously stretching surface. proposed study elucidates extrusion process, which prominent packaging industry. With intention improvising quality coating thermocapillarity and injection effects have been probed model. A suitable similarity transformation MATLAB software aid producing accurate numerical solutions. accumulated results indicate that an increment viscosity surface tension intensity reduces wall shear stress past permeable sheet improves heat transfer rate. Remarkably, negative thickness has identified when unsteadiness parameter greater than or equal to 0.9 while falls within range 0 0.6.