A powerful software for structural designTweet
Advance Design belongs to an entire integrated analysis/design software that's specifically designed for the engineers. It performs static and dynamic analysis of 2D and 3D structures starting from bridges and culverts to buildings and towers.
12 modules that function on one platform facilitate engineers to style and check differing types of structures from bridges and culverts to buildings and towers.
An extensive database of materials and shapes (steel, composite, wood, reinforced, and pre-stressed concrete) is incorporated with the software. it's possible to supply custom objects and assign a public or private distribution.
Static Analysis: This module is elementary and supports all other modules. It conducts 2D/3D static analysis (linear, geometric non-linear, and with released members and supports). Beam and plate elements having 6 DOF per node are supported.
Steel Design: The cyclic design process optimizes and checks steel members and bolted connections. Static, dynamic, moving Loads and foundation design results are included with the method. The module also offers capacity design for ductile frames, design briefs, composite beams with construction stages, studs, editable ratio (Esteel / Econcrete) for long-term and short-term effects, and automatic measurement of effective lengths.
Foundation Design: Geotechnical and structural verification and style of footings including or excluding soil-structure interaction, rebar placement in shallow foundations.
Computation of bearing capacity, verification of deep foundations (point bearing and friction), lateral deflection, and style load for pile or group of piles also can be performed.
Reinforced Concrete Design: Optimizes/checks rebar placement for continuous beams, columns, shear walls, and 2-way slabs. There are different features like standard, FRP, epoxy-coated reinforcing bars and meshes, detailed and editable rebar placement, drawings, crack control, 3D interaction curves, and graphic results.
Pre-stressed Concrete Design: Pre-tensioning or sequential post-tensioning, composite beams, construction stages alongside 4 levels of pre-stress, shrinkage-creep effects, impacts due to secondary pre-stress, design of main reinforcing bars and stirrups, pre-stress losses and gains, stresses and deflections under service loads at each construction stage, the ratio of stresses in cables, stress variations due to fatigue, and graphic results.
Bridge Evaluation: Formation of load combinations and cargo factors on the idea of inspection level, sort of traffic, etc. superload Capacity Factor for steel, concrete, and pre-stressed concrete members also are provided. Member and cable deterioration also are contained.
Formation of Abutments, Piers, and Retaining Walls.
Formation of an abutment, pier, and wall models with shallow or pile foundation, applied loads, elastic supports, and Design sp.
To download the software, click on the following link www.cesdb.com