Abstract: Numerical simulation has failed to answer some fundamental questions about atmospheric frontogenesis because of the artificial minimum resolved scale in grid point and spectral models alike. To alleviate this handicap and ...

Abstract: Some fundamental properties of nongeostrophic baroclinic waves are examined by solving the equations of motion linearized about Eady's basic state at the next order of balance beyond quasi-geostrophic (QG) theory. The study ...

Abstract: No abstract available

Abstract: The ?high drag? state of stratified flow over isolated terrain is still an impediment to theoretical and experimental estimation of topographic wave drag and mean-flow modification. Linear theory misses the transition to ...

Abstract: Engineering is largely a knowledge-based profession; value comes increasingly from what an organization or individual knows rather than possesses. Continuing training is the principal means by which engineers maintain and ...

Abstract: The micromodel is an extremely small physical river model having a movable bed, varying discharge, and numerous innovations to achieve quick answers to river engineering problems. In addition to its size being as small as