...Steven R. Mart, Graduate Student; Stephen T. McClain, Assistant Professor; Lesley M. Wright, Assistant Professor Many flows of engineering interest are bounded by surfaces that exhibit roughness with thermal conductivities much lower than common metals and alloys. Depending on the local roughness...

... 7500 h of operation with particulate deposition due to a mainstream concentration of 0.02 ppmw. The realistically rough surface was scaled by 11 times for consistency with the vane geometry and cast using a high thermal conductivity epoxy ( k = 2.1 W / m / K ) to comply with the vane geometry...

... probes. The film-cooling effectiveness distribution is determined using the temperature-sensitive paint technique. Carbon dioxide was used as coolant to provide elevated density ratios of about 1.4. Although low thermal conductivity material is used for the endwall test plate, the measured temperature...

.... In previous discrete-element model developments, heat transfer experiments were performed using metallic or high-thermal conductivity roughness elements. Many engineering applications, however, exhibit roughness with low thermal conductivities. In the present study, the discrete-element model is adapted...

... barrier coating (TBC). Permeabilities of the different designs are presented in detail for the TBC layer. The influence of the plate curvature and the blowing ratio on the effective orthotropic thermal conductivities is finally outlined. 19 07 2006 05 09 2006 numerical analysis plates...

... 26 03 2004 boundary layer turbulence vortices heat transfer rotors transonic flow Mach number thermal conductivity liquid crystals laminar to turbulent transitions stagnation flow aerodynamics computational fluid dynamics gas turbines Turbine blade aerodynamics...

... Institute February 1999. Paper No. 99-GT-46. Review Chair: D. C. Wisler. 01 February 1999 gas turbines cooling film flow surface phenomena geometry temperature measurement infrared spectra thermal conductivity finite element analysis Film cooling of thermally highly loaded...