Sentence examples for spacecraft layout from inspiring English sources

Concluding we present a first draft of a spacecraft layout, mission objectives and requirements as well as an initial mission analysis calculation.

However, in a number of scenarios involving complex product configuration, e.g. optimum vehicle design and large-scale spacecraft layout design, the conventional schemes using simulations and experiments are restrictive, inaccurate and expensive.

In this paper the mathematical formulation and method of solving the problem of finding dense layouts spacecraft through proper allocation of the onboard equipment inside compartments for the effect on the spacecraft factors directed energy transfer.

This indicates the good performance and ability of SCALE for finding the optimal layout of spacecraft subsystems.

In this paper, an automatic tool, based on multi-objective optimization methods, is proposed for a three dimensional layout of spacecraft subsystems.

For finding the optimum layout of spacecraft subsystems, important factors such as the center of gravity, moments of inertia, thermal distribution, natural frequencies, etc. should be taken into account.

SCALE automatically provides optimal solutions for a three dimensional layout of spacecraft subsystems with considering important constraints such as center of gravity, moment of inertia, thermal distribution, natural frequencies and structural strength.

Layout design of spacecraft module belongs to scheme design problem, which has been proved to be NP hard.

This large number of effective parameters makes the optimum layout process of spacecraft subsystems complex and time consuming.

In order to show the superiority and efficiency of SCALE, layout of a telecommunication spacecraft and a remote sensing spacecraft are performed.

From its spherical shape to its layout and instruments, the Soyuz spacecraft is almost completely different to the cone-like Apollo.