Digital solutions for national and country-specific applications

Digital solutions for national and country-specific applications | Dystlab Store

Country-specific digital products. As a rule, these materials are developed in accordance with the design codes and standards of a particular region.


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0009. Calculation of the solid concrete pavement

Звіт з автоматизованим розрахунком міцності монолітного цементобетонного покриття автомобільних доріг. Виконаний відповідно до нормативного документа ГБН В.2.3-37641918-557:2016 "Автомобільні дороги. Дорожній одяг жорсткий. Проектування".

0010. Steel Beam Calculation per CSA S16-09. Report with Automatic Formulas for Steel Design

This engineering report is a structured template for the automated design of steel beams according to Canadian building codes (OBC 2012 and CSA S16). A key feature is the combination of analytical formulas, parametric definition, and script-based Finite Element Analysis (FEA). It is ready for use “as is“ or as a component of a larger project.

0014. Calculation of shrinkage stresses in concrete that is restrained by reinforcement only (Eurocode 2)

An example of calculation the stresses caused by concrete shrinkage of a reinforced concrete element. The calculation is performed in accordance with Eurocode 2. All calculations are automated. Any units of measurement are supported.

0015. Compute the smallest temperature decrease needed to initiate cracking (Eurocode 2)

Compute the smallest temperature decrease needed to initiate cracking in accordance with Eurocode 2. A ready-made engineering report with automatic calculations. Any units of measurement are supported.

0016. Express check of retaining wall strength and deflection. Report template with automatic calculations

Interactive calculation for ULS and SLS checks of retaining walls. Engineering report template with open formulas in TechEditor.

0017. Calculation of flexural crack width by Eurocode 2. Complete auto-calculated report

Ready-to-use technical report with text, formulas, images, references, and in-built mathematical automation.

0019. Fluid mechanics. Calculation of absolute pressure in a deep hole

The report considers a hypothetical scenario of an 800-foot deep well with the absolute pressure at the bottom varying with fluid (pure water) or air at a constant temperature.

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We develop digital solutions for engineering companies and design businesses. We advise, research, and help with the automation of calculations, design, and systematization of technical documentation.

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