114 research outputs found
Exact solutions of laminar-boundary-layer equations with constant property values for porous wall with variable temperature
Exact solution of the laminar-boundary-layer equations for wedge-type flow with constant property values are presented for transpiration-cooled surfaces with variable wall temperatures. The difference between wall and stream temperature is assumed proportional to a power of the distance from the leading edge. Solutions are given for a Prandtl number of 0.7 and ranges of pressure-gradient, cooling-air-flow, and wall-temperature-gradient parameters. Boundary-layer profiles, dimensionless boundary-layer thicknesses, and convective heat-transfer coefficients are given in both tabular and graphical form. Corresponding results for constant wall temperature and for impermeable surfaces are included for comparison purposes
Exact solutions of laminar-boundary-layer equations with constant property values for porous wall with variable temperature
Summary of laminar-boundary-layer solutions for wedge-type flow over convection-and transpiration-cooled surfaces
Operation of universal gates in a DXD superconducting solid state quantum computer
We demonstrate that complete set of gates can be realized in a DXD
superconducting solid state quantum computer (quamputer), thereby proving its
universality.Comment: 4 pages, 2 figure
The role of researchers in disseminating evidence to public health practice settings: a cross-sectional study
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