Peripheral tools for activities like import and export of data from and to other widely accepted formats, links with other popular softwares for niche areas like reinforced and prestressed concrete slab design, footing design, steel connection design, etc.Ħ. Result viewing, result verification and report generation tools for examining displacement diagrams, bending moment and shear force diagrams, beam, plate and solid stress contours, etc.ĥ. Design of shear and moment connections for steel members.Ĥ. Reinforcement calculations for concrete beams, columns, slabs and shear walls. Design engines for code checking and optimization of steel, aluminum and timber members. Analysis engines for performing linear elastic and pdelta analysis, finite element analysis, frequency extraction, and dynamic response (spectrum, time history, steady state, etc.).ģ. These utilities allow the user to create the geometry, assign properties, orient cross sections as desired, assign materials like steel, concrete, timber, aluminum, specify supports, apply loads explicitly as well as have the program generate loads, design parameters etc.Ģ. Solid blocks are represented using brick elements. Walls, slabs and panel type entities are represented using triangular and quadrilateral finite elements. Beam and column members are represented using lines. Graphical model generation utilities as well as text editor based commands for creating the mathematical model. The program hence consists of the following facilities to enable this task.ġ. Please let me know if I miss mentioning it.STAAD.Pro is a general purpose structural analysis and design program with applications primarily in the building industry - commercial buildings, bridges and highway structures, industrial structures, chemical plant structures, dams, retaining walls, turbine foundations, culverts and other embedded structures, etc. This is basic parameter for design check for strength and deflection. In design we have to provide two type of parameter as per strength and serviceability check requirements.Following parameter for strength check:įollowing parameter for serviceability check: We need to create new support by FIXED BUT and ENFORCED BUT options.Īdd basic load case as per structure requirements, like Dead load with 10 or 20 percentage contingency, live load, Seismic load, wind load etc.Define load combination with correct factor as per code provision.Define envelop for strength and serviceability for design check. Generally engineers used only pin and fixed support condition which is not true at all. Generally in steel structure RELEASE, TRUSS and OFFSET used for simulate the structure.Īs per given support condition we need to assign correct support for true simulate the structure. For example if we add member as bracing so we need to assign that member “truss” specification so that it will take only Compression and tension force. Member specification is really very important thing for accurate analysis of the structure. Check for correct member properties and member orientation.Īssign material as per design criteria, need to check yield strength (fy) and ultimate strength (Fu). Furthermore check duplicate node and beam.Īssign materials properties as per requirements. Required check list? Here it is, Length of the member, Units, Global and local axis. Modelling of structure as per actual condition. In this blog I will share the parameter and things which should be care while designing of steel structure.įor correct and accurate design and analysis we should care following area. Staad pro software used for design of concrete, steel, timber and aluminum structure.
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