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The exhaustive list of topics in Structural Design in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Reinforced Concrete RC Building Frames:
    • Development of structural framing plan from architectural plan.
    • Modeling of R/C Frames using line elements based on gross
    • Transformed and cracked section properties.
    • Equivalent 2D idealization of building frames for simplified 2D Analysis.
    • Simplified 2D analysis under gravity loads as per IS: 456-2000.
  •  Design Loadings for Building Frames:
    • Design level dead load
    • Live load
    • Wind load
    • Snow load and loading combinations for simplified 2D analysis of building frames in accordance with the relevant Indian codes of practice (IS: 875-1987 (5 parts) and IS: 456-2000).
  • Earthquake Loads on Building Frames:
  • Equivalent lateral static force.
  • Seismic Coefficient and Response Spectrum Methods of analysis.
  • Calculation of design horizontal seismic base shear and story.
  • Forces on framed building structures based on the response spectrum method as per IS:1893-2002.
  • 3D analysis and design of Building Frames:
    • 3D modeling and analysis of RC Framed Building Structures under design load combinations including earthquake loads using standard commercial software such as STAAD Pro, SAP 2000 etc.
    • Post-processing of analysis results for design of structural Elements.
    • Comparison with design output of the software.
  • Liquid Retaining Structures:
  • Basic design philosophy.
  • Single cell rectangular water tanks subjected to hydrostatic loading based on plate theory.
  •  Earth Retaining Structures:
    • Design philosophy. 
    • Lateral earth pressure based on Rankine's theory.
    • RC gravity walls, cantilever walls and Counterfort walls.
    • Soil-structure interaction.
  •  Gantry Girders:
    • Function and general arrangement of crane girders.
    • Design loading as per IS criteria, simplified modeling and analysis of crane girders under vertical, horizontal and torsional moments, design of built-up gantry girder.
  • Steel Railway Truss Bridges:
    • Economical span of railway truss bridges.
    • Economical truss configuration.
    • General Arrangement and preliminary design.
    • Preliminary design.
    • Calculation of dead loads, live loads (Broad Gauge)
    • Wind loads
    • Centrifugal loads
    • Racking loads as per Bridge Rules (IRS)
    • Analysis and design of truss members .
  • Steel Railway Plate Girder Bridges:
    • Flexural and shear buckling of web plates.
    • Design of plate girders for steel railway bridges - stiffeners
    • Curtailment of flange plates and riveting.