Building structure designing.
Elaboration of initial structural lay-out drawings.
Designing of bent and compressed elements.
Dimension of floor slabs, ribs, down stand beams, walls, columns and foundations. Reinforcement designing.
Dimension of floor slabs, ribs, down stand beams, walls, columns and foundations. Reinforcement designing.
Elaboration of structural concept of the building:
Structural elements layout and initial estimation of their dimensions
Floor plan and cross- section drawings, including plot of structural elements, scale 1:100
Materials assumptions
Loads statement
Designing of selected bent elements - beams.
Designing of selected compressed elements - columns.
static analyses results and drawings. Final conclusions.
Static strength analyse of the selected structural elements:
Static calculations – deflection, cracks, bending moments, shear forces, stresses, supports reactions *
Dimension of elements – reinforcement zones evaluation *
Reinforcement drawing of the selected beam and column scale 1:20
* statically analyse and reinforcement dimension using RM Win computer program.
Slab model preparation, due to the computer analyse.
Static slab analyse.
Slab dimension – reinforcement, deflection, cracks.
Static and load bearing ability analyse of the selected floor slab as the no beam, slab-column system:
Static calculations – deflection, cracks, bending moments, shear forces, stresses, supports reactions
Dimension of elements – reinforcement zones evaluation
static calculations and dimension elaborated using ABC Płyta Programm
Design foot foundation, loaded with the column from task 2, in two variants:
a) Subsoil clay qfn = 150 kPa
b) Subsoil gravel qfn = 350 kPa
Estimate foot foundation dimensions, prepare drawings: plans and cross sections. The drawing include foot foundation and column supported on it.
