A Numerical Investigation of the Long-Term Transient Behavior in a Coupled Atmosphere-Ocean Model.
Abstract
A two-level, quasi-geostrophic atmospheric model on a midlatitude Beta-plane with a single wave in the x-direction was coupled with a three level primitive equation ocean model through the exchange of sensible heat and momentum to investigate the effect of the ocean circulation on transients in the atmospheric circulation and vice versa. A long-term (79 years) simulation of the atmosphere-ocean system was carried out. The experiment was conducted in three phases that consisted of integrating the combined, the ocean-only and the atmosphere-only model equations. The combined model produced realistic patterns of both atmospheric and oceanic circulations. Energy studies of the atmosphere were completed with the results comparing favorably with the existing knowledge of the energy balance in the real atmosphere. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Sep 01, 1972
- Accession Number
- AD0751637
Entities
People
- Wayne Roger Lambertson
Organizations
- Naval Postgraduate School