Modeling Workshop

Session Summaries

Proposed Algorithms: Upper Ocean
McPhee

Recommendations for Improving the Treatment of Thermodynamics in the PIPS 3.0 Model
Maykut

Issues Regarding, and Suggested Aspects, of PIPS 3.0
Proposed PIPS 3.0 Session, Maslowski and Semtner

Summary of Discussion on Ice Mechanics
Schulson and Pritchard

Session Summary Atmospheric Forcing
Overland

Summaries

PIPS 3.0 Statement
Appel

A High Resolution Granular Sea Ice Model
Hopkins

Including Thermally-Induced Stresses in PIPS
Lewis

Enhancements for the Interior Thermodynamics of PIPS
Lewis

PIPS 3.0 Algorithms
McPhee

National / Naval Ice Center Operational Requirements for PIPS 3.0
Martin and Partington

Thermodynamics for the PIPS 3.0 Model
Maykut

Modeling Sea Ice as a Granular Material
Overland, Menge, and McNutt

FNMOC PIPS 3.0 Comments
Pollak

Sea Ice Ambient Noise Model
Pritchard

Anisotropic Elastic Plastic Constitutive Law
Pritchard

Oriented Thickness Distribution
Pritchard

Failure of Anisotropic Sea Ice
Schulson

Atmospheric Forcings
Schweiger

Development of an Arctic Ice-Ocean Model for Operational Forecasting
Semtner, Maslowski, Y. Zhang, and Preller

Recent Trends in Sea Ice - Ocean Modeling
Steele and J. Zhang

Under-Ice Noise Resulting from Thermally-Induced Fracturing
Stein and Lewis

Data Assimilation into an Ice Model
Thomas

Efficient Modeling of Sea Ice Dynamics
J. Zhang

A Mixed Layer Model Makes a Difference
J. Zhang