STAAD.Pro

STAAD.Pro course is offered by Parametric Solutions Pvt Ltd. Our main objective is to provide qualitative training/services and give personal attention and feedback about progress to students and professionals through periodical tests. 

We are having more than 15 years of experience in engineering all streams to high-tech automation and integrated job-oriented courses. 

Topics:

• Introduction to structural engineering
• Introduction to Staadpro
• Types of structures: space, plane, truss, floor Unit Systems Staad.pro Screen organization and toolbars Structure geometry and co – ordinate system Global and local co – ordinate system Grid system: Linear, Radial, Irregular Create, Edit, delete the grid Beam and nodes table Create, Edit, delete the Beam and nodes Snap / grid node, add beam, connect beams along x,y,z axes, translational repeat, circular repeat.
• Move, rotate, mirror
• Stretch, intersect, and merge selected members Renumber, split beam, break beam at selected nodes Run structure wizard: truss models, frame models Import the CAD models Finite element information Creating, editing and deleting plates Creating, editing and deleting surfaces Creating, editing and deleting solids Creating, editing and deleting parametric models Member and element crossetion properties, beta angle Member specification: release, offset, compression, tension, cable, truss support specification: creating, assigning and deleting supports
• Loads: joint load, member load
• Area load, floor load, temperature load, support displacement Loading on element: plate loads, surface loads, solid loads Moving load generator Adding load combinations Wind load generator Adding load combinations Select menu options Tools menu options Views menu options Edit menu options Window menu options Adding analysis / print command, pre – print, post print, view output file, go to post processing mode, stay in modeling mode Steel design parameters of IS800, code checking, member selection specification, steel take off specification Concrete design parameters of IS456, beam design, column design, slab / element design, take off
• Example problem No.1:plane frame with steel design
• Example problem No.2:Area load generation on floor structure
• Example problem No.3:soil springs for portal frame
• Example problem No.4:Inactive members in a braced frame
• Example problem No.5:Support Settlement in a portal frame
• Example problem No.6:Prestress and Post stress Loading
• Example problem No.7:Modelling Offset connections in a frame
• Example problem No.8:Concreate design for a space frame
• Example problem No.9:Modeling slabs and shear walls using finite elements
• Example problem No.10:Finite element model for a water tank
• Example problem No.11:Resonce spectrum analysis of a frame
• Example problem No.12:Moving Load generation on a Bridge
• Example problem No.13:Section Displacement for a frame
• Example problem No.14:P – Delta analysis of a frame
• Example problem No.15:Wind and floor load Generation on a space  frame
• Example problem No.16:Time history Analysis for forcing function and ground motion
• Example problem No.17:User Provided tables
• Example problem No.18:Stress calculation for plate elements
• Example problem No.19:Inclined supports
• Example problem No.20:Analysis of a structure with tension only members
• Example problem No.21:Analysis of a structure with compression only members
• Example problem No.22:Time history analysis for sinusoidal loading
• Example problem No.23:Analysis of a concrete block using solid elements
• Example problem No.24:Calculation of models and frequencies of a bridge
• Example problem No.25:Time history Analysis of a frame for seismic loads