INDUCTA ENGINEERING FREE DOWNLOAD

Perform fast and accurate checks on post-tensioned slabs during the prelimnary design stage without leaving RCB. View reactions on screen or in reports that are calculated using static analysis or floor tributary area. See here how the concept works. New beam and wide beam design module produces comprehensive design output for every section along the beam. Export with Auto Tendons Perform fast and accurate checks on post-tensioned slabs during the prelimnary design stage without leaving RCB.

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Automatically calculate the punching shear perimeter, check punching shear and design any extra steel if needed. SLB software designs top and bottom steel in the slab in both orthogonal directions and in all beams bending and shear.

SLB offers a wide range of fast and intuitive modelling, analysis and design tools suitable for any reinforced concrete floor system. Shear Free Walls Model walls such as precast panels and blockwork as shear free walls engineeeing reduce their contribution to the lateral stiffness of the building.

Beams and Band beams can be defined in any direction within a model and are fully integrated in the 3D floor system. Reactions via Static Analysis or Floor Area View reactions on screen or in in reports that are calculated using static analysis or floor tributary area.

Losses are displayed graphically or in a detailed report. The INDUCTA software suite provides a complete solution for the analysis and design of reinforced and post-tensioned concrete buildings. Supply clients, architects and builders with the standalone 3D viewer allowing them examine your 3D model. Curved Tendons Model both straight insucta curved tendons. Inclined Columns Model inclined columns running over several floors.

Rationalise the design using design groups to create the final column schedule within RCB.

egnineering Slabs of any shape can be analysed including suspended slabs and slab-on-ground. Walls Group Detailed Results This feature can be used to extract lift core results in many different formats.

Slab-on-Ground Model the soil using simplified springs Winkler model or using soil structure interaction in a linear elastic half-space to design slab-on-ground.

AS - Includes the latest version of Australian Standards for design of concrete structures. PTD can produce post-tension shop drawings and post-tension structural drawings, as well as label tendons, so once a tendon layout is finalised in PTD, there is no need to redraw it in another CAD package.

Long term deflections are evaluated using the deemed to comply kcs method, or directly calculated using the Age-Adjusted Modulus method or the Eurocode 2 approach. Column Scheduling Design all columns negineering the building with the click of a button. A comprehensive design report is also produced. Eurocode 2 and Eurocode 8 British standard: The plate finite element analysis used in SLB automatically considers two-way action and can be used to model slabs of any shape without making assumptions about load path.

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Use this tool together with Preliminary Design with Tendons to perform quick preliminary design checks. Design all columns in the building with the click of a button.

Reinforcement Design SLB software designs top and bottom steel in the slab in both orthogonal directions and in all beams bending and shear. Export with Auto Tendons Perform fast and accurate checks on post-tensioned slabs during the prelimnary design stage without leaving RCB.

Automatic Tendons Instantly draw tendons in both directions. Automatically calculate the punching shear perimeter, check punching shear and design any extra steel if needed. Evaluate Response Factor based on the behaviour of the slab in response to Forced Vibration. Spectral Analysis The Earthquake Spectral Analysis is used to perform a complete 3D dynamic analysis of a building model, including the global torsion.

Perform fast and accurate checks on post-tensioned slabs during the prelimnary design stage without leaving RCB.

Vertical Deflections

SLB Overview SLB is a software product for the analysis and design of suspended reinforced concrete slabs and slab-on-ground. Analyse and design walls, including walls with openings, using a first principles finite element stress analysis which considers simultaneous in plane and out of plane action.

Finite element mesh is automatically generated to modelled structural elements without the need to manually specify mesh iducta. Spectral Analysis The Earthquake Spectral analysis performs a complete 3D dynamic analysis of the model, including global torsion.