What are concrete design softwares?

The article aims to answer the question, “What are concrete design softwares?”. It will also mention how you can use this software to design your concrete yourself. Read on to know more:

What are concrete design softwares?

You can use the following software to design your concrete:

  • SAFE
  • RISA
  • Navisworks
  • SketchUp
  • ASDIP concrete

What is ASDIP concrete?

Architects and engineers use ASDIP CONCRETE, a structural engineering program, to build reinforced concrete components such as biaxial columns, continuous beams, one-way slabs, shear walls, and walls out-of-plane bearing.

The newest ACI 318 and TMS 402 provisions are used to develop this structural concrete design software. Combinations of loads in accordance with ASCE 7. With ASDIP CONCRETE, structural engineering design calculations are significantly streamlined.

Shear wall design, custom load combinations, Batch Design Manager, importing loads from ETABS and Excel; two-story bearing walls; masonry walls; wall opening design; one-way slabs, and more have been included to ASDIP CONCRETE 5.

Concrete constructions would be incomplete without columns, which carry the weight of the structure’s top levels all the way down to the base. Reinforced concrete columns are part of ASDIP CONCRETE. A combination of biaxial bending moments and axial loads may now be used by structural engineers to cost-effectively build circular or rectangular concrete columns.

ACI design standards and the Ultimate Strength Design Method are used in all software computations. This structural concrete design program provides capacity axial-moment interaction diagrams for narrow structures.

Tabbed pages are used to arrange the data that must be entered. It is possible to have a column with a rectangular or circular cross-section. The condition of slenderness is taken into account by stating the effective length of the member and whether or not the column sways.

Depending on your preference, you may use the more complex rectangular block or the simpler parabolic concrete stress-strain curve in this structural engineering program. It is possible that the steel will go through a strain hardening process. Loads may be depicted as either a dead or a living load. The software may combine the loads in accordance with the preset load combinations if the moments are internally amplified.

Tabbed pages arrange the output results. Based on the design and reinforcement of biaxial columns, the 3D capacity interaction diagram may be precisely predicted. This structural engineering program can calculate and report any combinations of axial and radial loads, as well as the resulting magnified moments and radial loads. Those values that don’t meet the design requirements are shown in red.

Can I use VIS software for concrete design?

Yes, you can use VIS software for concrete designing. VIS is a software package for designing structures made of reinforced concrete using Eurocodes as a standard. CSI programs SAP2000, ETABS, or the CSI Bridge are all required to use it. With the plug-in tools provided by VIS, these programs’ design skills may be refined to an even higher degree.

If you utilise CSi and apply Eurocodes in your concrete design, VIS could be a good fit for you.

Structure engineers’ natural workflow is naturally followed by VIS, which gives you a technique that mimics this.

You’ll begin by creating a model. It’s done using CSi. For structural engineering, these are some of the most popular options. Many VIS tools are available to aid you in the modelling process. Including; a load combination generator that works automatically. Concrete wall modelling is made more accessible with a section cutter. As well as the Seismic Performance Factor (SPF).

The primary software program’s interface is where everything happens (SAP2000, ETABS or CSi Bridge). Fully integrated, VIS is This signifies that VIS is integrated into the primary application. Moreover, it allows you to seamlessly switch between the two modes, communicating with and sharing data with the model.

Analyse the results after you are pleased with the model and use the CSi’s many features. Until you’re pleased with the size of your concrete members, you may examine findings, apply design tools, update the model in real-time, and restart the analysis as needed.

You get to pick and choose which of these characters you wish to put the most effort into creating. One or all of the models are up for grabs. Enter the design session by clicking the “Tool” menu and selecting “VIS.”

Preliminary reinforcement will be applied to the whole structure as soon as the design parameters are adjusted to your specifications in VIS. Including those that aren’t mandatory. However, longitudinal and transverse strengthening is meticulously developed. This technique complies with all code standards, but it’s unlikely to get you closer to your goal.

What is SkyCiv?

Paul Comino and Sam Carigliano founded SkyCiv in 2013 as a cloud-based structural engineering software and API provider. The company’s mission is to design a solution that can adapt to the changing demands of the engineering industry. 

Over 8 million projects have been solved using their software by engineers in over 160 countries. An Australian-based company with offices in Sydney and Chicago employs a dynamic team of people who work together to enhance the software continually and deliver exceptional customer service.

With its simplified structural engineering software, SkyCiv serves the demands of engineers throughout the globe. SkyCiv’s mission is to improve the efficiency of engineers’ work processes and designs by continually inventing and pushing conventional procedures. 

To assure the software’s quality and accuracy, all of it is built in-house by structural and mechanical engineers with considerable programming abilities. In addition, they provide a cutting-edge product and individualised client service in one package.

Conclusion 

Designing reinforced concrete structures (RC) and precast concrete structures (PC) is made easier using the FEM-Design Reinforced Concrete Design Software. Whether you’ve looked at items in a 3D modelling environment or in a 2D perspective; the reinforced concrete design is complete, easy, and quick.

Details like the amount of necessary and absent reinforcement, the shear capacity, shell buckling, and crack breadth provide insight into the capability of RC shells’ design. The Utilization results, which try to incorporate all the available outcomes for RC shells, are added to these unique results. 

Each load combination, the maximum number of load combinations, and the maximum number of load groups are provided. Setting the location of compression reinforcement or non-shear zones may also be done.

However, it is a good beginning point. The reinforcement may then be customised using VIS’s extensive editing and design tools. Moreover, adapt it to your project’s specific requirements. You can export your findings to documents such as calculation reports and working drawings using the different output options.

Frequently asked questions (FAQS): What are concrete software designs?

What are concrete software designs?

You can use the following software to design your concrete:

  • SAFE
  • RISA
  • Navisworks
  • SketchUp
  • ASDIP concrete

What is ASDIP concrete?

Architects and engineers use ASDIP CONCRETE, a structural engineering program, to build reinforced concrete components such biaxial columns, continuous beams, one-way slabs, shear walls, and walls out-of-plane bearing.

The newest ACI 318 and TMS 402 provisions are used to develop this structural concrete design software. Combinations of loads in accordance with ASCE 7. With ASDIP CONCRETE, structural engineering design calculations are significantly streamlined.

Can I use VIS software for concrete design?

Yes, you can use VIS software for concrete designing. VIS is a software package for designing structures made of reinforced concrete using Eurocodes as a standard. CSI programs SAP2000, ETABS, or the CSI Bridge are all required to use it. With the plug-in tools provided by VIS, these programs’ design skills may be refined to an even higher degree.

If you utilise CSi and apply Eurocodes in your concrete design, VIS could be a good fit for you.

Structure engineers’ natural workflow is naturally followed by VIS, which gives you a technique that mimics this.

What is SkyCiv?

Paul Comino and Sam Carigliano founded SkyCiv in 2013 as a cloud-based structural engineering software and API provider. The company’s mission is to design a solution that can adapt to the changing demands of the engineering industry. 

Over 8 million projects have been solved using their software by engineers in over 160 countries. An Australian-based company with offices in Sydney and Chicago employs a dynamic team of people who work together to enhance the software continually and deliver exceptional customer service.

Bibliography

Reinforced concrete shell design. StruSoft. Retrieved from: https://strusoft.com/software/3d-structural-analysis-software-fem-design/modules/reinforced-concrete-design/#:~:text=The%20Reinforced%20Concrete%20Design%20Software,RC)%20and%20Precast%20Concrete%20structures.

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