Multi-level Process PEB Structure demands the use of heavy and durable
yet strong materials. Steel, by virtue of its high strength to weight ratio
enables large spans and light weight construction. Taller buildings also face
higher wind loads, and hence steel being flexible, allows the building to move
and deflect with the wind forces, rather than making it rigid like concrete.
Interarch's Multi storey Pre-engineered
steel buildings have unmatched benefits like:
·
High strength to volume/mass ratio.
·
Speed in construction and time saving in
comparison to RCC, resulting in early return on investment.
·
Steel frames are lighter in weight in comparison
to RCC frame. Lighter foundations are required for steel buildings due to less
weight than RCC resulting cost advantage over civil construction.
·
Occupies less space and can be designed for
larger span/column free spaces, resulting greater coverage, this helps in large
open office spaces and large auditoriums and concerts halls, etc.
·
Steel structures can have a variety of
structural forms like braced frames and moment resistant frames suitable to
meet the specific requirements of higher buildings.
·
Tall Building with steel allows more floors per
total height of the building.
Interarch recently
designed, manufactured and executed a multilevel mezzanine structure of 6
storey and conveyor bridge above that with the total bridge length of 32 M for food
processing plant near Pune.
The conveyor bridge is resting on steel structure and side of the other
side on their RCC structure. Interarch design team has implemented a unique
design for interface using Tekla software. Tekla 3D is used for superimposing
the drawing given by the client in the model designed by Interarch and then identifying
the exact locations of all the openings and their equipment.
The structure is a multilevel 6 storey mezzanine structure supporting
various silos and equipment at various level of mezzanines. At the top level of
the mezzanine, a conveyer bridge structure has been constructed at a height of
45.1 m from the ground, which is spanning 32 m. Major challenge during the
erection of conveyer bridge structure which is spanning 32 m was the erection
of complete assembly at a time. By using center of gravity from the tekla model
of Conveyer Bridge, lifting points are provided to ensure perfect alignments
and geometry during erection.
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