27 research outputs found
Stochastic modeling of the time-advanced equations for climate dynamics
Long term, climatologically significant statistical properties of the atmospheric component of the climate system are examined in an effort to correctly and efficiently incorporate this component into larger models for climate that include oceanic and cryospheric influences and deal realistically with climate replication. The magnetic of the unpredictable (noise) component of long term atmospheric behavior is also studied in order to develop the potential for viable climatological forecasting
Changes of time mean state and variability of hydrology in response to a doubling and quadrupling of CO2
Structure of the boundary layer at the leading edge of a flat plate in hypersonic slip flow
Stability of the compressible laminar boundary layer with an external pressure gradient
The small perturbation theory of the stability of the laminar boundary layer, as first considered in detail by Tollmien and Schlichting for incompressible flow and applied to compressible flow by Lees and Lin, is extended in this paper to include compressible flow with a pressure gradient in the main stream. Continues