A computational scheme suitable for numerical weather prediction and climate modelling over a wide range of length scales is described. Its formulation is non-hydrostatic and fully compressible, and shallow atmosphere approximations are not made. Semi-implicit, semi-Lagrangian time-integration methods are used. The scheme forms the dynamical core of the unified model used at the Met Office for all its operational numerical weather prediction and in its climate studies
Weather prediction is performed using the numerical model of the atmosphere evolution.The evolution ...
From Richardson to early numerical weather prediction peter lynch The development of computer models...
Efficient numerical methods for long term weather forecasting are developed. One implicit and one ex...
The semi-Lagrangian numerical method, in conjunction with semi-implicit time integration, provides n...
An import issue for numerical weather prediction modes (NWP) is the time it takes to produce a valid...
Numerical simulation of an ever-increasing range of geophysical phenomena is adding enormously to ou...
Global simulations with 1.45 km grid spacing are presented that were performed using the Integrated ...
The aim of the thesis is to report a semi-Lagrangian semi-implicit regional forecast model in hydros...
A deterministic forecast of surface precipitation involves solving a time-dependent moisture balance...
Numerical algorithms are proposed, analyzed and tested for improved efficiency and reliabil-ity of t...
The aim of this paper is twofold. First, it is difficult for a newcomer in the Numerical Weather Pr...
Six strategies to couple the dynamical core with physical parameterizations in atmospheric models ar...
Application of a semi-implicit version of primitive equation barotropic model to predict monsoon dep...
We present a survey of physical and computational techniques that have the potential to contribute t...
AbstractWe present a survey of physical and computational techniques that have the potential to cont...
Weather prediction is performed using the numerical model of the atmosphere evolution.The evolution ...
From Richardson to early numerical weather prediction peter lynch The development of computer models...
Efficient numerical methods for long term weather forecasting are developed. One implicit and one ex...
The semi-Lagrangian numerical method, in conjunction with semi-implicit time integration, provides n...
An import issue for numerical weather prediction modes (NWP) is the time it takes to produce a valid...
Numerical simulation of an ever-increasing range of geophysical phenomena is adding enormously to ou...
Global simulations with 1.45 km grid spacing are presented that were performed using the Integrated ...
The aim of the thesis is to report a semi-Lagrangian semi-implicit regional forecast model in hydros...
A deterministic forecast of surface precipitation involves solving a time-dependent moisture balance...
Numerical algorithms are proposed, analyzed and tested for improved efficiency and reliabil-ity of t...
The aim of this paper is twofold. First, it is difficult for a newcomer in the Numerical Weather Pr...
Six strategies to couple the dynamical core with physical parameterizations in atmospheric models ar...
Application of a semi-implicit version of primitive equation barotropic model to predict monsoon dep...
We present a survey of physical and computational techniques that have the potential to contribute t...
AbstractWe present a survey of physical and computational techniques that have the potential to cont...
Weather prediction is performed using the numerical model of the atmosphere evolution.The evolution ...
From Richardson to early numerical weather prediction peter lynch The development of computer models...
Efficient numerical methods for long term weather forecasting are developed. One implicit and one ex...