BŪVKONSTRUKCIJU APRĒĶINI TIEŠSAISTĒ
STRUCTURAL DESIGN ONLINE
A modular calculation platform to the Eurocodes — loads, reinforced concrete, steel, timber, masonry and geotechnics.
APRAKSTS
DESCRIPTION
Mūsdienās, kad ir pieejams plašs augsta līmeņa aprēķinu programmu klāsts, joprojām atsevišķās situācijās saglabājas praktiska nepieciešamība pēc ātriem, vienkāršiem un iespējami saprotamiem atsevišķu konstrukcijas elementu aprēķiniem, detalizācijas nosacījumu vai slodžu noteikšanas. Šādi aprēķini var būt arī noderīgi kā neatkarīgs kontroles mehānisms, lai salīdzinātu un verificētu rezultātus, kas iegūti ar citām metodēm.
The platform was first built for internal use, partly on top of the Excel sheets we had been calculating with for years. Moving them into a programmable environment became possible thanks to the progress of artificial intelligence and to the wide range of excellent open-source libraries, created by the long and generous work of many developers.
The modules follow the principle of transparent calculation logic as far as it can be taken — every formula used is open and traceable, with no hidden assumptions or implicit shortcuts. The calculations rest mainly on the Eurocode system.
It has to be said plainly that the results can be wrong. It is the responsibility of whoever runs the calculation to confirm that they are correct and appropriate for the case at hand. This platform is a working aid — neither perfect nor complete — and it cannot on its own carry responsibility for decisions made from its results. For typical cases it is worth verifying the results with an alternative method or another tool.
Copyright and terms of use:
The content of the platform, its calculation logic, structure and software solutions are subject to copyright. Copying, reproducing, distributing, publicly demonstrating, modifying or commercially exploiting this platform or parts of it without written permission is prohibited. Unauthorised use may be treated as copyright infringement.
Nowadays, with a wide range of high-level calculation software available, there remains a practical need in certain situations for quick, simple and understandable calculations of individual structural elements, detailing requirements or load determination. Such calculations can also serve as an independent control mechanism to compare and verify results obtained by other methods.
The platform was originally created for internal use, partly based on previously used Excel calculation worksheets. The transfer to a programmable environment became possible thanks to the development of artificial intelligence and the wide range of wonderful open-source software libraries created as a result of the long-term and selfless work of many developers.
In the development of various modules, the principle of transparent calculation logic has been followed as much as possible — all formulas used are open and traceable, without hidden assumptions or indirect solutions. Calculations are mainly based on the Eurocode system.
It is important to emphasize that the results obtained may be erroneous. It is the responsibility of the calculator to verify their correctness and suitability for the specific application. This platform is intended as a working aid — neither ideal nor complete — and cannot itself assume responsibility for decisions made using its results. For typical cases, it is recommended to verify results using alternative calculation methods or other tools.
Copyright and terms of use:
The platform content, calculation logic, structure and software solutions are subject to copyright. Without written permission, it is prohibited to copy, reproduce, distribute, publicly display, modify or use this platform or its parts for commercial purposes. Unauthorized use may be considered a copyright infringement.
DEMO APRĒĶINU ATSKAITES
DEMO CALCULATION REPORTS
SNCD′ · Live sample reports and worked examplesRC section in bending
A 300×600 mm beam in C30/37 — reinforcement, shear and crack width, with the full working shown.
RC column design
A 400×400 mm column in uniaxial bending — slenderness, second-order effects and the N–M check.
4-pile cap design
A pile cap by strut-and-tie modelling — struts, ties and the resulting reinforcement.
BIEŽĀK UZDOTIE JAUTĀJUMI
FREQUENTLY ASKED QUESTIONS
Tipiski gadījumi ir pārbaudīti ar alternatīvām metodēm. Tiek izmantoti Eirokodeksu sistēmas standarti un sinhronizētas Eironormas, piemēram, dobumoto plātņu aprēķiniem.
Typical cases have been verified with alternative methods. Eurocode system standards and synchronized European standards are used, for example, for hollow core slab calculations.
Jā, rezultātus ir iespējams eksportēt aprēķina atskaišu formā (PDF izdruka) un/vai Excel formātā. Atskaitēs iekļautas visas formulas un starprezultāti.
Yes, results can be exported in calculation report format (PDF print) and/or Excel format. Reports include all formulas and intermediate results.
Pieeja šobrīd tiek nodrošināta uzņēmuma darbiniekiem un atsevišķiem sadarbības partneriem.
Access is currently provided to company employees and selected cooperation partners.
LIETOŠANAS NOTEIKUMI
TERMS OF USE
Lietojot platformu, jūs piekrītat, ka:
- You are fully responsible for checking that the results are correct.
- Unauthorised copying, reverse engineering and other misuse of the content is prohibited.
- Modules are provided in their current revision.
By using the platform, you agree that:
- You are fully responsible for verifying the correctness of calculation results.
- Unauthorized copying, reverse engineering and other malicious use is prohibited.
- Modules are provided in their current revision.