Is this a professional engineering template?

It is a neutral documentation template/checklist. Organizations should adapt it to their internal QA and review requirements.

Does the template define acceptance criteria?

No. Acceptance criteria come from project specifications and governing standards and must be defined by the responsible professional.

Why include screenshots?

They preserve the exact inputs/outputs used at the time and support later review.

Is it safe to rely on local browser storage as documentation?

No. Browser storage is convenient but not a formal record. Export your inputs/outputs into your project documentation.

Can I publish these templates publicly?

Yes, but review for any proprietary process requirements. The content here is designed to be general.

Where do I learn how to verify results?

Use the verification guide and relevant checklists in the Guides hub.

Unit Consistency Checklist

A detailed unit QA checklist for structural calculations (forces, moments, stresses, geometry, density).

This page provides a copyable template or checklist intended to improve traceability of calculator-based workflows. It is deliberately written as a neutral documentation artifact and does not prescribe design criteria or acceptance thresholds.

If you use calculators in a professional context, the main risk is not that the arithmetic is complicated—it is that the assumptions are not written down. Templates and checklists reduce that risk.

Unit consistency checklist (detailed)

Use this checklist before you trust any numerical output:

A) Force and mass

Confirm whether you are using mass units (kg) or force units (kN).
If converting mass to weight/load, confirm the gravitational constant used and where it is applied.
Avoid mixing kN and N within the same equation.

B) Stress and pressure

Confirm MPa vs Pa vs kPa, or ksi vs psi.
Confirm whether a value is a strength parameter (material) or a demand parameter (stress from load).
Ensure that section property units align with stress units (e.g., N/mm² with mm geometry).

C) Geometry

Confirm mm vs m, and in vs ft.
Confirm whether thickness is entered as a plate thickness or as a weld size (different meaning).
Confirm consistent axis definitions (x/y; major/minor).

D) Moments and distributed loads

Confirm kN·m vs N·mm or kip·ft vs lb·in.
Confirm whether a distributed load is per meter or per millimeter.

E) Derived properties

Confirm section properties units (mm^4 vs in^4 for I; mm^3 vs in^3 for section modulus).
Confirm density units (kg/m³ vs lb/in³).

F) Display rounding

Keep full precision internally; round only for display.
If two sources differ slightly, compare before rounding.

A strong practice is to include a “unit audit” table in your calculation note that lists each variable with units.

How to use this resource with steelcalculator.app

Start from the relevant calculator page.
Use the template/checklist to record inputs and assumptions.
Link the calculator page’s clean URL in your note (avoid parameterized URLs).
Store a screenshot/export so the result can be audited later.

If you maintain multiple calculators, a consistent documentation template is one of the highest leverage improvements you can make.

FAQ

What is the most common unit error in structural calculations? Mixing force units (kN vs N) or stress units (MPa vs Pa vs kPa) within the same equation. These errors can change results by factors of 1,000 and are often invisible until a physical check reveals the answer is nonsensical.

Should I convert everything to SI before calculating? It is the safest approach. Pick one consistent internal unit system (e.g., N, mm, MPa) and convert all inputs before any calculation. Convert back to display units only at the end.

Why does this checklist separate force from mass? Because gravity (g) must be applied explicitly when converting mass (kg) to force (N). If g is applied twice or not at all, the result is wrong by a factor of ~9.81. This is a frequent error in load calculations.

How do I catch unit errors before they cause problems? Include a "unit audit" table in your calculation note that lists each variable, its value, and its unit. Then check dimensional consistency: force divided by area should give stress, moment divided by section modulus should give stress, etc.

Where can I find a unit converter? Use the unit converter tool on this site for quick conversions between metric and imperial systems.

Disclaimer (educational use only)

This page is provided for general technical information and educational use only. It does not constitute professional engineering advice, a design service, or a substitute for an independent review by a qualified structural engineer. Any calculations, outputs, examples, and workflows discussed here are simplified descriptions intended to support understanding and preliminary estimation.

All real-world structural design depends on project-specific factors (loads, combinations, stability, detailing, fabrication, erection, tolerances, site conditions, and the governing standard and project specification). You are responsible for verifying inputs, validating results with an independent method, checking constructability and code compliance, and obtaining professional sign-off where required.

The site operator provides the content “as is” and “as available” without warranties of any kind. To the maximum extent permitted by law, the operator disclaims liability for any loss or damage arising from the use of, or reliance on, this page or any linked tools.