3D Modelling in Spacegass
Activities performed
1. Modelling with node restraints.
2. Input load combinations according to AS1170
3. Analyzing structure ( for max. positive and negative bending moment and shear force)
4. Analyzing for non linear analysis for second order effects.
5. Buckling analysis.
6. Checking FOS and designing for optimum and efficient design.
RCC apartment
Structural Steel Canopy
Curved frame analysis
Basketball court in Modbury heights
Car/Bike Stand
Composite building
3d Modelling in Strand7
Activities performed
1. Modelling of Multi purpose Warehouse
2. Three different elements were modelled: Structural Steel, RCC deck slab, truss member
3. Refining mesh for more accurate results
4. Analyzing for linear as well as non linear analysis.
5. Checking displacement and variating parameters to note difference in behavior.
6. Buckling analysis.
7. Verifying results manually.
Wind loads
RCC metal slab decking dead load
Plate displacement
Advance Concrete Project
Objective : Design of RCC Super T beams and Slab deck ( both prestressed) manually using AS5100 using max SF and BM from Spacegass output.
Activities performed
1. Modelling Slab deck and Super T.
2. Load combinations including moving loads.
3. Computing max SF and BM variating parameters for allowable deflections using Spacegass output.
Autodesk Revit Modelling
3d modelling of multi purpose Warehouse
Tasks performed:
1. Modelling RCC sub-structure elements including Strip footing, Isolated footing, capping of columns.
2. Structural framing using Universal Columns and Universal Beams.
3. Layer 2 is composite with steel beam system with RCC slab on metal decking.
4. Used cold form Zees on rafter an Cees as girts.
5. Detailing including all beam to beam, beam to column, base plate connections, top haunch's, side haunches etc.
6. Documentation for construction or civil drawings.
