Every building is created through a process that includes construction planning and
construction management. Contrary to the construction planning, during the actual
construction, the structure is not built in a gravitation-free space. The Final building
structure and its loads do not correspond to the temporary building structures.
This master thesis is interested in the consequences of the construction progress, the
forces in various construction stages, the influence of the construction stages occurring
on the finished system and how the intermediate states are balanced.
It is common to install construction aids such as construction-time supports, ropes or
elevated profiles during construction. This is also the safest and most economical
solution, especially for complex constructions.
The deformations that occur in the various construction stages can have a major impact
on the overall system. In order to investigate and understand this behaviour, the
construction stages and their compensation are determined in detail. For this purpose,
specific application examples are selected, followed by a practical example. For each
construction progress model, an overall model and in one chapter, positional statics were
modeled in order to be able to best determine their effects.
With a better understanding of the modelling of the construction progress it is possible
to determine critical points more consistently in practice and to find their appropriate
solutions.
«
Every building is created through a process that includes construction planning and
construction management. Contrary to the construction planning, during the actual
construction, the structure is not built in a gravitation-free space. The Final building
structure and its loads do not correspond to the temporary building structures.
This master thesis is interested in the consequences of the construction progress, the
forces in various construction stages, the influence of the construction...
»