Modern
tool to document
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Power of a Programming Language.

Simplicity of a Calculator.

Write your scientific formula here

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Formula Editor:

cmin = max( cmin,b, cmin,dur + Δcdur,γ - Δcdur,st -
, 10 ) = ? mm
FormulaEditor

Symbols:

Functions:

cmin,b = 40 mm
cmin,dur = 35 mm
Δcdur,γ = 0 mm
Δcdur,st = 0 mm
Δcdur,add = 5 mm

min()

if()

sum()

sin()

pi()

Select your pre-defined symbols and in-built functions

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Power of a Programming Language.

Simplicity of a Calculator.

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Why we are uniqueline

Lateral Torsional Buckling Resistance

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Symbol Description:

Mb,Rd  =  χLT × Wy × (fy ⁄ ɣM,1)  =  0.86 × (6198 × 103) × (275 ⁄ 1.0)  =  1466 × 106 Nmm
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User-defined
Variable Name

User-defined
Formula

Automatic Formula Duplicate

Value

Units

BS EN 1993-1-1 : 2005 6.3.2.1 (3)

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Symbol Comments / References:

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Enjicalc is Symbol-Oriented

Binary file producing software is a thing of the past. Enjicalc organises calculations data around the most critical asset - Engineering Formula. Along with user-defined formulas, we allow you to define the descriptions, variable names, units, and comments/references and store this information in the most structured way on a server. We have consolidated all engineering formula data under the term 'Symbol'.

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Optimised hand-written calculations

Enjicalc allows you to define any type of scientific variable name, allowing symbols to stay in sync with standards across the globe. It also creates formula duplicates with values used, giving engineers transparency and safety. Duplicates, along with the flexibility of variable name definition and strict order of symbols, accelerate the review of calculations to the maximum. Nothing else can be done to improve the readability of calculations!

beta_c =>

 βc

alpha_(c,1) =>

 𝜶c,1

beta_(cc) (t) =>

 βcc(t)

phi( oo , t_0 ) =>

 φ(∞, t0)

xi_(phTheta)^* =>

 ξ*phΘ
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Optimised hand-written calculations

AI-powered analytics

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AI-powered analytics

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AI-powered analyses and visualisations

As we have re-invented the approach to compose calculations, we can now give non-programming engineers access to optimisation techniques they did not see before. With the help of Enjicalc, any user can generate large sets of data and leverage AI to analyse and visualise this data.

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Enjicalc can save you
weeks of workline

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Spreadsheet-as-a-Functionline

Imagine transforming your big Excel Spreadsheet into a global built-in function and having control over input and output parameters. You would no longer have to create dozens of Excel files and update inputs manually to vectorise the data.

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And access it through the REST API!

Libraries & Componentsline

We will not host ready-to-use templates. Instead, we will provide libraries of sections and individual formulas from international standards and physics first principles. Build and approve any calculations in days, not months.

GitHub-like Version Controlline

Through version control and branching features, Enjicalc allows multiple contributors to work on calcs and technical reports simultaneously. It also facilitates review and management by providing tools for pull requests and issue tracking, creating an actual Git experience.

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Enjicalc is just a startline

Our goal is to build a collaborative Cloud Development Environment (CDE) for engineers in construction.

Book a demo to find out more!

Book a Demo

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Get to know our
team

Viktar Beliakou

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Viktar Beliakou

CEO

Software Developer

Structural Engineer

MSc Imperial College London

CEO

Denys Berkovskyy

CTO

Principal Software Developer

Electrical and Electronics Engineer

PhD University of Bristol

CTO

Denys Berkovskyy

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