Articles by "IDEA StatiCa"

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IDEA StatiCa v10.1.93 [Size: 325 MB] ... IDEA StatiCa Detail deals efficiently with all parts of structure also known as discontinuity regions such as walls, dapped ends, openings, hangings, brackets, and areas above supports. It provides precise checks of concrete and reinforcement strength, stresses and strains. These results are clearly visualized for better understanding of details of structures.

No limits in type or shape of detail. Every type can be easily geometrically defined, reinforced and calculated as your project demands. The overall check of the detail takes into account interactions of internal forces in a plane. Engineer stay on the safe side all the time. The whole design and check process is kept short enough to be a part of everyday work of structural engineers and fabricators all around the world.

IDEA StatiCa Concrete & Prestressing enables an effective design of all reinforced concrete, prestressed and composite members, cross-sections and details. Structural checks comply both Ultimate and Serviceability limit state requirements, including deflection check considering cracking. Structural analysis of precast members and bridges is performed as time-dependent analysis with respect to construction stages.

Fast and simple input with help of specialized wizard, input data generated automatically, real-time pre-design of reinforcement, user templates of reinforcement and tendons, and other features enable easy and fast work. IDEA StatiCa is perfect guide through complex Eurocode requirements. Comprehensive check of members and details according to code provisions and wide range of national annexes. Complete check of bridges, buildings, liquid retaining and containment structures for Ultimate and Serviceability limit state. Design methods for optimum use of all materials in the cross-section. Transparent assumptions and white box results allow for minimizing risks of structural defects.

IDEA StatiCa v9.1.31.50722 x64 [Size: 310 MB] ... IDEA StatiCa Connection designs and checks welded or bolted connections, 2D or 3D joints, anchoring or footing of all topologies. We provide clear pass / fail checks according to EC / AISC / CISC standards in a complete report with drawings. For analysis, the Unique CBFEM method based on finite elements is used. Modeling considers an elastic-plastic material model for all the elements of the joint – plates, elements, bolts and welds. Prestressed bolts and plastic behavior of the welds are also taken into account. Analysis of stress and strain of all connections and joints. The load is applied in increments, the corresponding stress and strain is calculated and evaluated. Linear analysis of stability of the connection elements. The coefficient of critical load with the corresponding deflection shapes. Rotational and axial joint stiffness (rigid, semi-rigid and pinned) and joint characteristics – initial stiffness. Seismicity checks. Iterative calculation of design load of the joint. IDEA StatiCa Detail reinforces and checks all types of walls, beams, and details (in 2D) such as dapped ends, openings, hangings, brackets, diaphragms, frame joints and many more. We provide clear pass / fail checks of ULS and SLS according to the code with complete report and bill of material. The most effective position of reinforcement is identified automatically. IDEA StatiCa Detail uses finite element analysis to break the limits of the standard design approach. Non-linear analysis performed in the background. Stress and strain determined by modified compression field theory. Reinforcement results based on tension chord model. Crack width and deflection checks. Compression softening. Tension stiffening. Results verified by ETH Zurich.

IDEA StatiCa v8.0.16.43607 for x86 and x64 [Size: 515 MB] ... IDEA RS is developing a new generation of designing and checking programs. Structural engineers and consultants use them to design residential, civil and industrial structures. We deliver a flexible system of programs to enhance output and working comfort of every engineering office. IDEA StatiCa enables engineers to design every new construction cheaper and safer by minimizing risks of structural defects, decreasing material consumption of construction members/details by up to 30%, reducing time spent on designing of construction members/details by up to 50%, providing 100% ”white box” results for engineers, general contractors, checkers and construction authorities. IDEA StatiCa has three main parts: IDEA StatiCa Concrete is used by engineers dealing with members/details of concrete structures. Designing is based on internal forces model created either in IDEA StatiCa or imported from FEA programs like Midas, Axis VM, SCIA Engineer and others. - IDEA StatiCa Prestressing is used by engineers for the design of members, cross-sections, and details of prestressed concrete structures and bridges. The program is suitable for an extensive range of applications in both pre- and post-tensioned concrete market. - IDEA StatiCa Steel is used by engineers dealing with members, joints, connections, details and cross-sections of steel structures. Its functionality is organized into modules depending on the member which is to be analyzed and designed – Connection, Beam, Column, Frame etc. More info.

IDEA StatiCa v7.0.14.39851 [Size: 490 MB] ... IDEA RS is developing a new generation of designing and checking programs. Structural engineers and consultants use them to design residential, civil and industrial structures. We deliver a flexible system of programs to enhance output and working comfort of every engineering office.

IDEA StatiCa enables engineers to design every new construction cheaper and safer by: Minimizing risks of structural defectsDecreasing material consumption of construction members/details by up to 30% + Reducing time spent on designing of construction members/details by up to 50% + Providing 100% “white box” results for engineers, general contractors, checkers and construction authorities. IDEA StatiCa has three main parts: IDEA StatiCa Concrete – created for engineers dealing with concrete structures + IDEA StatiCa Prestressing – devoted to bridge and prestressed structures + IDEA StatiCa Steel – focused on steel structures, especially their joints and connections.

IDEA StatiCa Concrete v6.2.1.37451 x86 + x64 [Size: 476 MB ] ... IDEA StatiCa Concrete is used by engineers dealing with members/details of concrete structures. Designing is based on internal forces model created either in IDEA StatiCa or imported from FEA programs like Midas, Axis VM, SCIA Engineer and others.

Complete design of structural members and details + Beams, columns, frames, slabs + General/ predefined cross-sectional shapes + Straight/ curved, prismatic/ tapered + Reinforcement layout in zones along member, predefined templates, DXF export + EN 1992-1-1, EN 1992-2 plus National Annexes, SIA 262 + Comprehensive ULS/ SLS code checks + Non-linear deflections with long-term effects, 2nd order effects + Cross-section capacity – plain/ reinforced concrete + Flexure, shear, torsion, interaction of N, Vy, Vz, Mx, My, Mz, fatigue + Serviceability – stress limitations, crack width + Detailing + Response N-M-M, M-N kappa, short/ long-term stiffness + Corbel/ Bracket design using Strut&Tie method.

RCS – Reinforce Cross-Section:
BIM compliant – interface to various 3D FEA software + Complete design of plain/ reinforced/ prestressed concrete cross-sections + General/ predefined cross-sectional shapes of beams, columns, one-way and two-way slabs, walls, deep beams + Predefined reinforcement templates/ general reinforcement layout, DXF export + Pre/ post tensioned/ composite concrete-concrete cross-sections + Prestressing loss due to elastic strain, long-term loses + EN 1992-1-1, EN 1992-2 plus National Annexes, SIA 262 + Comprehensive ULS/ SLS code checks + Cross-section capacity in flexure, shear, torsion, interaction of N, Vy, Vz, Mx, My, Mz, fatigueServiceability – stress limitations, crack width/ decompression condition, brittle failure + Detailing + Stress-strain response N-M-M, M-N kappa, short/ long-term stiffness + Quick sectional check and/or detailed analysis where necessary
Eurocode supportive – references to EN provisions, tooltips, explanations, warnings, error messages.

Concrete Beam: 
Single span or continuous beam, cantilevers + Straight or curved in plane + Elevation in vertical plane + Standard or general cross-sections + Tapered beams in any span + Point, moment and line loads + Complete ULS and SLS combinations according to EN 1990 + Design according to EN 1992-1-1, EN 1992-2, SIA 262 + Reinforcement layout in zones along member, predefined templates
Complete ULS and SLS checks for zones and specific sections + Exact non-linear calculation of deflections with long term effects and cracks + Bill of material + 1xA4 or more detailed output report +Brief output overview or detailed protocol.

Concrete Column:
Column with one or two corbels + Free, fixed or flexible supports + Standard or general cross-sections of any shape + Forces and moments at the end or on corbels + Complete ULS a SLS combinations according to EN 1990 + Design according to EN 1992-1-1, EN 1992-2, SIA 262 + Reinforcement layout in zones along member, predefined templates + Complete ULS and SLS checks for zones and specific sections + Proper analysis of 2nd order effects + Overall interaction diagram + Bill of material + 1xA4 or more detailed output report.

Concrete Frame:
Plane frame or truss of arbitrary shape + Import of the shape from DXF + Standard or general cross-sections + Tapered beams and haunches + Point, moment, and line loads + Complete ULS a SLS combinations according to EN 1990 + Design according to EN 1992-1-1, EN 1992-2, SIA 262 + Reinforcement layout in zones along member, predefined templates + Complete ULS and SLS checks for zones and specific sections + Exact non-linear calculation of deflections  with long term effects and cracks + Proper analysis of 2nd order effects + Overall interaction diagram + Bill of material.

Concrete Slab:
Slab of arbitrary shape + Openings, internal lines and points + Import of the shape from DXF + Point or line, fixed or flexible supports + Point, moment, and line loads + General plane loads + Complete ULS a SLS combinations according to EN 1990 + Mesh generator, proper FE analysis + Design according to EN 1992-1-1, EN 1992-2, SIA 262 + Predefined reinforcement templates + Complete ULS and SLS checks in points + Longitudinal and shear reinforcement, proper shear check + Calculation of cracks + Bill of material.

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