Heat transfer in a second-order fluid over a continuous stretching surface

Effects of radiation and heat source on MHD flow of a viscoelastic liquid and heat transfer over a stretching sheet

“…Rajagopal et al [5] Second-order liquid -Heat transfer not considered Andersson et al [6] Walters' liquid B -Heat transfer not considered Siddappa and Subhash [7] Walters' liquid B -Heat transfer not considered Rajagopal et al [8] Second-order liquid -Heat transfer not considered McLeod and Rajagopal [9] Second-order liquid -Heat transfer not considered Bujurke et al [10] Second-order liquid PST -Char and Chen [11] Walters' liquid B PHF -Dandapat and Gupta [12] Second-order liquid PST -Chang [13] Second-order liquid -Heat transfer not considered Rollins and Second-order liquid Variable PST and -Vajravelu [14] variable PHF Andersson and Dandapat [15] Second-order liquid -Heat transfer not considered Lawrence and Rao [16] Second-order liquid --Andersson [17] Walters' liquid B -Heat transfer not considered Kelly et al [18] Walters' liquid B -Heat transfer not considered Maneschy et al [19] Second-order liquid -Heat transfer not considered Bhatnagar et al [20] Oldroyd-B liquid -Heat transfer not considered Lawrence and Rao [21] Walters' liquid B -Heat transfer not considered Subhash and Veena [22] Walters' liquid B PST and PHF -Subhash et al [23] Weak electrically PST and PHF -conducting Walters' liquid B Sonth et al [24] Walters' liquid B PST and PHF -(see also references therein).…”

Momentum and heat transfer over a continuously moving surface with a parallel free stream in a viscoelastic fluid

“…In reality, most of the fluids considered in industrial applications are more non-Newtonian in nature, specifically of viscoelastic type than viscous (Newtonian) type. Thus, much work has been done also on various aspects of momentum and heat transfer characteristics in a viscoelastic boundary layer flow over a stretching plastic boundary, and we mention here the papers by Rajagopal et al [6,7], Dandapat and Gupta [8], Rollins and Vajravelu [9], Andersson [10], Lawrence and Rao [11], Rao [12], and Khan and Sanjayanand [13]. However, to the authors' best knowledge, the boundary layer flow and heat transfer past a continuously moving surface in a viscoelastic fluid has not been studied before.…”

Flow of a second-order fluid over a stretching surface having power-law temperature

“…Rollins and Vajravelu [1] have presented analytical solutions for the title problem. Their expression for the dimensionless surface shear stress is found to be erroneous.…”