Mission to Mars

thingiverse

This was done by using topological mesh modeling developed in TopMod for a better understanding and development of such models. The choice of studying topological mesh condition was chosen because of its capability to generate continuous surfaces which can optimize the balance between structure, envelope and openings. Topological mesh modeling helps to establish Klein Bottles models which are the most appropriate geometries in obtaining a minimal surface condition. The study was carried out by selecting a number of basic geometries that could perform such topologies. Afterward, the resulting models were analyzed by their ability to evolve, to maintain topological continuity, porosity, spatial qualities and connections. Various design strategies for the allocation of the functions were generated using graph analyses. This system is regulated by the negotiation between inner aggregation logics and external influences. This simulation offers the possibility to define various spatial allocation of the functions depending on a selected set of influences that wants to be considered as relevant for the project: the main idea is to provide a framework for future missions. Based on the analyzes conducted by form finding and the graph simulation a geometry was created that could accommodate the specific requirements. This was modeled using Rhino and T-spline. Using this bottom up approach, architectural issues connected with the project's program were taken into account. The idea is to define the various spatial qualities of every function in order to develop an optimized topology under various aspects like climate, space and structure.