This mode enables rapid flight around the planet, and once you get close enough you'll automatically switch again to
a surface flight model that includes gravity and other factors.
Not exact matches
Using this input, a sophisticated computer
model developed at NASA's Goddard Space
Flight Center, Greenbelt, Maryland, was used to determine which areas receive direct sunlight, how much solar radiation reaches the
surface, and how the conditions change over the course of a year on Ceres.
A second study, led by Hailan Wang of NASA's Goddard Space
Flight Center, used different
model simulations and came to a similar conclusion: While a warming sea
surface did make it more likely that a high - pressure ridge could form, the signal was not strong enough to explain its extreme nature.
The simulator can
model the way wings of varying shapes and
surface features beat, as well as how they change their shape during
flight.
The
flight model loses its cleanness for a rougher bumpier
model when close to a planet's
surface but when you land it is an entirely different story.
-- Pete Wetzel, Ph. D., Research Meteorologist at NASA Goddard Space
Flight Center, specializing in parameterizing the interactions between the land
surface and the atmosphere for Global Climate, Regional Mesoscale, and local Cloud - resolving numerical weather prediction
models.
No matter how much Computational Fluid Dynamics they do, they always do the first test
flights with tufts stuck to the aerodynamic
surfaces — so they can see exactly what the airflow is doing despite what the
models say.
In the latest study, the Berkeley Lab researchers and their collaborators used a detailed global land
surface model from NASA Goddard Space
Flight Center, which contained regional information on
surface variables, such as topography, evaporation, radiation and temperature, as well as on cloud cover.