IDEA Prestressing

IDEA StatiCa helps you design any bridge, no matter the complexity.

Properly design discontinuity areas and cross-sections of any shape.

• Design and code-checking of concrete beams in any topology
• Create/analyze reinforced and prestressed concrete cross-sections
• 1D/2D RC and PSC member design with all ULS/SLS checks
• Composite concrete-concrete sections
• Crack and deflection checks
• Compression softening. Tension stiffening
• Pre/post-tensioned members, 3D beams
• Construction stages, time-dependent analysis
• Any tendon topology, prestressing losses, prestressing effects

DESIGN AND CODE-CHECK ALL YOUR BRIDGE DETAILS AND SECTIONS

SOLVE COMPLEX CROSS-SECTIONS
Don't let your software limit your project. IDEA StatiCa Concrete helps you check reinforced concrete sections of any shape – typical, unusual, and even general cross-sections.

COMPLETE DESIGN, ANALYSIS, AND CODE-CHECK, IN MINUTES

DESIGN AND CHECK ATYPICAL DETAILS
Discontinuity areas are often the most difficult to design and analyze. The unique calculation core in IDEA StatiCa Concrete can design and code-check beam details of truly any topology and compile the results into a complete report.

ALL THE ULS/SLS CHECKS YOUR PROJECTS REQUIRE

TDA
Unique 3D time-dependent analysis of creep and shrinkage of concrete represents the real behavior of structure during construction stages and its service life. BIM solution enables the application of this sophisticated analysis also for structural members calculated in 3D models of your FEA software.

Bridge load rating
Automated calculation of bridge load rating for concrete bridges (road and railway) can be performed for both Ultimate and Serviceability limit states. Existing data input for the design process of bridge structure may be used in subsequent bridge load rating analysis. BIM links and effective iterative process significantly save your time.

Fatigue
Determination of stress-range and fatigue resistance considering the fatigue strength of concrete, reinforcement and prestressing reinforcement. Fatigue checks are provided for both road and railway bridges.

Stress limitation
Check of stresses in concrete fibers and reinforcement for short-term and long-term effects.

Decompression
The decompression condition requires position of prestressing reinforcement within concrete in compression.

Torsion
Program automatically calculates the equivalent thin-walled section for torsion check of concrete cross-section with regard to shear reinforcement selected to resist torsion. Concrete and reinforcement is checked.

SIMPLIFY PRESTRESSING PROJECTS
Prestressed materials are exceptionally useful but equally complicated to safety check. IDEA StatiCa Concrete assesses time-dependent analysis, prestressing loss, creep and shrinkage, and non-linear creep so you can properly evaluate any prestressed member and prove its safety to authorities.

COMPLETE REPORTS. ONE TOOL
Working with multiple tools to generate all the checks for your reports takes up a lot of time. IDEA StatiCa Concrete generates and compiles ultimate and serviceability state checks (including interaction and fire resistance) into fully scalable and customizable reports.

Complex and safe beam design, including construction stages, details, and openings.

Optimize precast member designs while ensuring code compliance and safety.

• RC cross-sections for beams, plates, walls, columns
• General or predefined geometry (40 templates)
• All ULS/SLS checks. Fire resistance checks
• Composite concrete-concrete sections
• Beams of any topology. Non-linear deflections
• Reinforcement and code-checks of walls and beam details
• Crack and deflection checks. Compression softening. Tension stiffening
• Automatic detection of optimal reinforcement position

DESIGN AND CODE-CHECK ALL YOUR CONCRETE BEAMS AND DETAILS

DESIGN AND CHECK COMPLEX BEAMS
No more struggling to deliver complex and safe beam designs, including construction stages, details, openings. IDEA StatiCa Concrete quickly safety checks all of them and even covers specialties such as lateral stability check or shear stress check at the joint of composite cross-sections.

COMPLETE DESIGN, ANALYSIS AND CODE-CHECK, IN MINUTES

OPTIMIZE REINFORCEMENT
IDEA StatiCa deals efficiently with all discontinuity regions such as walls, dapped ends, openings, hangings, brackets, and areas above supports. IDEA StatiCa lets you analyze any concrete detail and determine how much reinforcement is needed and where.

ALL THE ULS/SLS CHECKS YOUR PROJECTS REQUIRE

Response N-M-M
Response of cross-section represents the stress-strain state of all cross-section components. It provides clear and detailed information about the behavior and utilization of cross-section. Response N-M-M analysis provides results for further interaction check of all internal forces.

Nonlinear creep
Time-dependent analysis (TDA) enables to determine nonlinear creep effect. Such a functionality results in more realistic results and enables more economic design with regard to stress limitation checks.

Construction stages
Predefined construction stages are provided depending on type of structure.

Stress limitation
Check of stresses in concrete fibers and reinforcement for short-term and long-term effects.

Interaction
Interaction of all components of internal forces is checked (N, My, Mz, Vz, Vy, T).

Deflection check
Deflection check of reinforced and prestressed concrete girders with the effect of cracking, concrete age (modulus of elasticity), creep, and shrinkage.

COMPLETE REPORTS. ONE TOOL
Working with multiple tools to generate all the checks for your reports takes up a lot of time. IDEA StatiCa Concrete generates and compiles ultimate and serviceability state checks (including interaction and fire resistance) into fully scalable and customizable reports.

• 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, fatigue
• Serviceability – 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
• Brief output overview or detailed protocol

• Massive, thin-walled or mixed cross-section of any shape
• Import of the shape from DXF
• More cross-section components, each of different material
• Number of openings in cross-section is not limited
• Relative references between components, easy corrections and design
• FE analysis of cross-sectional properties and stress distribution
• Unique calculation of stress caused by shear and torsion
• Graphical presentation of shear flow
• Input of design matrices representing extreme sets of internal forces
• More cross-sections can be checked for different design matrixes
• Analysis of normal, shear and HMH stress
• Envelopes of shear stress for the whole design matrix

• 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
• Predefined construction stages
• Pre and post tensioned tendons
• Design of tendon shape and prestressing force
• Calculation of equivalent loads
• Balancing of external loads
• Calculation of prestressing loses
• Complete ULS and SLS checks for specific sections

• Reinforced concrete, pre- or post-tensioned beams with cast-in place composite slab
• 2D/3D geometry of beams, curved in elevation and plan, tapered beams
• Database cross-sections or cross-sections of general shape
• Predefined construction stages
• Time-dependent analysis of creep and shrinkage (TDA)
• Detailed design of Eurocode including the National Annexes
• Optional protocol range including brief summary
• DXF export and import of tendons, cross-section outline and reinforcement

• 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
• Predefined construction stages
• Pre and post tensioned tendons
• Design of tendon shape and prestressing force
• Calculation of equivalent loads
• Balancing of external loads
• Calculation of prestressing loses
• Complete ULS and SLS checks for specific sections

• 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

DOWNLOAD Examples (you can open them with the demo release of the program)

   Examples continuous beam.zip

   Example continuous bridge.zip

   Example post-tensed beam.zip

Tutorial Import_Export_tendons_in_module_IDEA_StatiCa_Tendon_EN.pdf (PDF)

IDEA StatiCa Concrete

IDEA Concrete: introduzione all'uso del programma. Verifica di una sezione in cemento armato secondo EN 1992-1-1 / EN 1992-2

IDEA Concrete Tutorial: spiegazioni riguardo all'uso del programma

IDEA StatiCa Prestressing

Esempio del calcolo di una trave da ponte con IDEA StatiCa Prestressing

Esempio di calcolo di una trave a struttura mista con IDEA StatiCa Prestressing

IDEA CONCRETE & PRESTRESSING
Prestressed concrete structures

Richiedi la validazione del software e la spiegazione del metodo di calcolo

Listino prezzi per il software

La licenza è di tipo online e può essere utilizzata su più computer sul territorio italiano (EULA par. 5.2). Per poter utilizzare la licenza all'estero senza limitazioni di tempo è necessario acquistare la licenza Enterprise.

L’abbonamento per 3 mesi include assistenza e aggiornamenti. Il rinnovo dell’abbonamento è automatico, ma è possibile richiederne l’annullamento entro un mese dalla data del rinnovo (EULA, par. 7.1).
Acquistando l’abbonamento trimestrale, sarà possibile riscattare interamente il costo dell’abbonamento precedentemente acquistato se si opta per il passaggio della licenza permanente invece del successivo rinnovo dell’abbonamento.
 

L’acquisto della licenza permanente prevede anche l’attivazione del canone di manutenzione annuale (aggiornamenti e assistenza per 12 mesi). Il rinnovo del canone di manutenzione è automatico, ma è possibile richiederne l’annullamento entro un mese dalla data del rinnovo (EULA, par. 8.2).

MANUTENZIONE ANNUALE (ASSISTENZA + AGGIORNAMENTI)

Il canone di manutenzione annuale prevede assistenza e aggiornamenti per 12 mesi. È possibile ricevere tutti gli aggiornamenti rilasciati nell'arco dei 12 mesi e l'assistenza per 12 mesi da parte del rivenditore autorizzato Eiseko Computers e da parte della casa madre IDEA StatiCa.

Il rinnovo del canone di manutenzione si intente automatico, ma è possibile richiederne l’annullamento entro un mese dalla data del rinnovo (EULA, par. 8.2).

SOLO AGGIORNAMENTI

Eventuali aggiornamenti senza canone di manutenzione annuale si possono acquistare in qualsiasi momento a un costo pari al 20% del prezzo di listino corrente del prodotto.

Contattaci per un preventivo personalizzato!

Funzionalità IDEA Prestressing

RCS: Reinforced Concrete Section

• Sezione in calcestruzzo armato generica/predefinita di Travi, Pilastri, Telai, Piastre
• Geometria generale o predefinita (40 modelli)
• EN 1992-1-1, EN 1992-1-2, EN 1992-2, EN 1992-3 più annessi nazionali, SIA 262
• Tutte le verifiche allo SLU e SLE secondo EN/ACI.
• Progetto di elementi in calcestruzzo armato 1D/2D ed elementi precompressi
• Verifica di resistenza al fuoco
• Sezioni composte calcestruzzo-calcestruzzo
• Valutazione del carico ponte (per valutare la capacità di un ponte di trasportare un carico accidentale predeterminato)

Beam: Progetto e verifica secondo normative di travi in c.a. di varie topologie. Spostamenti non lineari

• Progetto di elementi in c.a./c.a.p. 1D, deformazioni a lungo termine, verifica di stabilità laterale
• Sezione in calcestruzzo armato precompresso generica/predefinita di Trave 3D, Elementi pre/post tesi
• Resistenza del calcestruzzo specificato dall'utente in fase di precompressione, Fasi costruttive, Analisi dipendente dal tempo
• Sezioni composte con qualsiasi tipologia di trefolo, perdita di precompressione, effetti della precompressione
• Trave continua composta calcestruzzo- calcestruzzo
• Comportamento viscoso non lineare.

Collegamenti BIM

• Collegamenti BIM diretti con programmi FEA attraverso Checkbot: SAP2000, AxisVM, RFEM, RSTAB, STAAD.Pro, SCIA Engineer, Robot, Advance Design
• Collegamenti BIM con programmi FEA attraverso Idea.exe: MIDAS Gen, MIDAS Civil (versione corrente).

Concrete Member: applicazione per il calcolo e la valutazione di strutture in cemento armato spaziali e l’analisi di membrature strutturali 3D di qualsiasi topologia. Analisi e progetto di elementi in calcestruzzo (travi, pilastri) Quattro livelli di analisi: Analisi lineare, Analisi Non lineare per il Materiale (MNA), Analisi di Buckling Lineare (LBA), Analisi Non lineare per Materiale e Geometria con Imperfezioni (GMNIA).

• Applicazione incorporata RCS: Tutte le verifiche allo SLU e SLE secondo EN/ACI nelle ribbon
• Visualizzazione dei risultati 3D
• Relazione di calcolo completamente personalizzabile

Funzionalità aggiuntive della configurazione Enhanced (non incluse nella Expert)

Detail: applicazione per il calcolo delle regioni di discontinuità in dettagli di calcestruzzo, pareti e diaframmi per ponti.

• Rinforzo e verifica dei dettagli delle zone di discontinuità del calcestruzzo: pareti e travi (in 2D): testate discontinue, aperture, ganci, mensole, diaframmi per ponti, unioni di telai, ecc.
• Tutte le verifiche allo SLU e SLE secondo EN/ACI.
• Analisi non lineare eseguita in background. Sforzo e deformazione determinato con il metodo CSFM (Compatible Stress Field Method).
• Verifiche di fessurazioni e spostamenti. Softening in compressione. Tension stiffening.
• Rilevamento automatico della posizione ottimale delle armature.