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Proiect de exemplu

Sample projects for reinforced concrete design

Concrete

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Choose from the list of reinforced concrete sample projects. You can download them and adapt to the needs of your project.

ACI - Standard Anchoring - Alternate Spread Footing

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Anchoring into staged footing and design of reinforcement

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Anchoring of a circular column

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Strengthening of a RC corbel

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ACI - Anchoring of the steel column into concrete foundation

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ETABS BIM link for reinforced concrete wall design (EN) — RC wall from ETABS to Detail (EN)

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Precast Beam Splice (Beam to Beam Connection)

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Steel beam anchored to RC girder

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ACI - Spread footing reinforcement

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Steal beam into concrete beam

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Steal Beam into Concrete Column

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Pre-tensioned tapered concrete beam with LTB

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Steel beam anchored to RC girder

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ACI - Anchoring into concrete pile (Pedestal anchoring)

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ACI - Tension anchor reinforcement

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ACI - Pedestal hairpin reinforcement

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ACI - Pedestal anchoring reinforcement

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Supplementary Reinforcement for Anchors

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Anchoring into a wall corner

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Eccentrically loaded footing

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Prestressed saddle beam with LTB

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Anchoring with shear lug

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Triangular Pile Cap

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Pile Cap 3D

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Calculation of Prestressed reinforced concrete beam with the openings the lenght 24m. All checks provided. Designed according EN code in IDEA Statica Detail. — Prestressed 24 m beam with openings

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Example of calculation reinforced concrete column with corbel. The column has two parts with different sizes of I-section. Concrete Corbel calculation according to EN code in IDEA StatiCa Detail. — Pre-cast column with corbel

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Pier cap (Detail)

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Haunched prestressed roof girder

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Example of calculation of Water Tank, including crack width check. Calculated according to EN Code in IDEA StatiCa DETAIL. — Water Tank

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Calculation of the Reinforced Concrete Truss Beam in IDEA StatiCa DETAIL. ULS and SLS Code check according to ACI code. Example of the possible beam weight reduction. — Prestressed 18.5m beam with openings

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This model presents an advanced design of a Concrete Composite Prestressed Slab with a total length of 3.55 meters. It includes detailed calculations of the construction stages, incorporating time-dependent analysis (TDA), and a comprehensive code check. The design adheres to EN standards and was developed using IDEA StatiCa BEAM. — Prestressed 18.5m beam with openings

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This demonstration presents a potential beam design featuring a notably interesting and unconventional arrangement of openings. It involves the calculation of a dapped end T-beam with openings along its 10-meter length. Comprehensive checks of the openings have been conducted, and the design is compliant with EN standards, utilizing IDEA StatiCa DETAIL for analysis. — Prestressed 18.5m beam with openings

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This analysis focuses on the load-bearing wall with the window opening in the façade and the cantilever. The wall is designed to support the loads transmitted from the roof, which highlights the importance of structural integrity in this configuration. Code-check calculation according to EN code in IDEA StatiCa Detail. — Vertically Loaded Basement Wall

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An Example of calculation of the model Concrete Reinforced Vertically Loaded Basement Wall in IDEA StatiCa DETAIL according to ACI (metric units) code. The total length of the wall is 20m. The wall is loaded by a columns. Code-checking of the discontinuity region. — Vertically Loaded Basement Wall

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Analyses of behavior inverted T beam, which is supported by Patch Support. Calculated in IDEA StatiCa DETAIL. — Prestressed 18.5m beam with openings

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An Example of calculation the model of Concrete Reinforced Prestressed T-Beam, total lenght 25 m. Calculated according EN code in IDEA StitaCa Detail. — Prestressed 18.5m beam with openings

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Designing a post-tensioned concrete bridge model with 3 spans. Designed according to EN code. IDEA StatiCa BEAM. — Prestressed concrete bridge

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Box girder bridge section

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Calculation of the reinforced concrete rounded column with second order effects. EN design code. “P-Delta” effects. — Circular column (Second order Effects)

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Calculation of the reinforced concrete wall on beams model. Designed according to EN design code. IDEA StatiCa Detail. — Wall with openings on piles

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Calculating the Model of a Reinforced Concrete Wall with Openings. IDEA StatiCa Detail. — Reinforced concrete wall with openings

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Calculation of the model a Reinforced Concrete Solid wall Pier Cap. IDEA StatiCa Detail. EN Design code. Neglecting tension spikes. — Pier cap - Bone section

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Calculation of the reinforced concrete wall with Openings. Modeled according to EN design code. IDEA StatiCa Detail. Load Transfer Devices. — Reinforced Concrete wall with Openings

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Calculation of the Reinforced Concrete Deep Beam with Opening model, modeled according EN design code. IDEA StatiCa Detail. — Reinforced concrete Deep Beam

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Calculation of the model of Reinforced 5 floor concrete wall. EN design code. — Reinforced Concrete 5 floor wall with Openings (Detail)

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Calculation of the inclined reinforced concrete prestressed hammerhead pier cap model. IDEA StatiCa Detail. EN Design code. — Prestressed Hummerhead Pier Cap

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Reinforced Concrete Beam with Openings. EN Design code. Idea StatiCa Detail. Dapped End Beam. — Reinforced Dapped Beam with Opening (Detail)

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Transverse Girder with Opening. Prestressed equivalent load method. Changing the cable routing is realized directly under the opening. IDEA StatiCa Detail application. ACI. — Transeverse Girder with Opening (Detail)

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Coupling beam

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Prestressed cross joint — Prestressed cross joint (Detail)

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RC composite continuous beam

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Bridge deviator

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Deep beam with hanging — Beam with hanging

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Prestressed beam with openings in IDEA StatiCa — Prestressed beam with openings

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Concrete column - Fire design

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Reinforced column section - Second order effect (RCS)

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Reinforced concrete 2D section check — Reinforced concrete 2D section (RCS)

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Prestressed T-section in IDEA StatiCa — Prestressed concrete I-section (RCS)

Prestressed I-section

Bridge diaphragm — Bridge diaphragm (Detail)

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Fire resistance

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Wall with opening — Wall with openings (Detail)

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Wall with opening — Wall with opening (Detail)

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Staircase — Staircase (Detail)

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Ribbed slab — Ribbed slab (Detail)

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High beam — Deep beam (Detail)

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Frame corner — Frame corner (Detail)

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Deep beam with large opening — Deep beam with large opening (Detail)

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Dapped end with opening — Dapped end with opening (Detail)

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Corbel (Detail)

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Column — Column (Detail)

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Beam with opening — Beam with opening (Detail)

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Composite beams in IDEA StatiCa Beam app - comparison with midas Civil — Composite beams - comparison with midas Civil

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Reinforced concrete slender columns design — RC slender circular column

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Pier — Pier (Detail)

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Reinforced concrete T-section — Reinforced concrete T-section (RCS)

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