We have developped a model that captures the trajectory of a gas balloon. With some sensors installed in the gondola we can anticipate potential instable atmospheric situations and predict the sand and gas consumption.
Moreover, we have developped tools to predict the trajectory of a balloon.
Supersonic flow around the space shuttle:
an insufficient discretisation of physical
laws has been automatically detected by an a-posteriori error indicator and improved.
Having parameterized the original shape, we look for the optimal values of the shape parameters. The objective is to produce magnetic
fi elds as homogeneous as possible, while satisfying thermal (cooling)
and mechanical (structural) constraints.