Engineering Guides

Long-form educational guides that explain typical verification workflows and common pitfalls for steel calculations.

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What you’ll find here

A structured directory of steel design guides and checklists.
Short descriptions of what each page covers, plus the limitations.
Verification and documentation links so you can use calculators responsibly.
Cross-links to standards coverage to clarify terminology differences.

Verification & Checklists

How to Verify Structural Calculations -- QA workflow for checking any calculator output against hand calcs and code requirements.
Bolted Connection Design Checklist -- Step-by-step bolt shear, bearing, block shear, and detailing checks per AISC 360 and AS 4100.
Weld Design Checklist -- Fillet and groove weld sizing, electrode selection, minimum weld size, and AWS D1.1 inspection requirements.
Base Plate Design Checklist -- Bearing pressure, plate bending, anchor bolt tension/shear, and grout pad thickness verification steps.

Design Workflows

Steel Beam Design Workflow -- AISC 360 Chapter F beam design process from load takedown through Mn, Vn, and deflection checks.
Column Buckling Design Workflow -- AISC 360 Chapter E column design: effective length, flexural buckling, and Fcr calculation steps.
Deflection Limits Explained -- L/360, L/240, and L/600 deflection limits with code references and practical guidance for steel beams.
Wind Load Calculation Workflow -- ASCE 7 wind pressure calculation process: exposure category, Kz, velocity pressure, and MWFRS vs C&C.

Worked Examples

AS 4100 Base Plate Design Guide -- Complete AS 4100 base plate design procedure with bearing, bending, and anchor bolt checks.
AISC 360 Bolted Shear Tab Worked Example -- AISC 360 single-plate shear connection design with bolt shear, bearing, and plate checks.
AS 4100 Base Plate Worked Example with Calculations -- Step-by-step AS 4100 base plate calculation with axial load and moment interaction.

How to use guides responsibly

These guides are written as process documentation and QA checklists, not as engineering advice for any specific project.
They aim to surface assumptions, common sources of error, and the minimum documentation you should keep so results can be reviewed.

If you are working on a real project, a qualified engineer should define the governing criteria and verify compliance.

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Frequently Asked Questions

Why not just show a navigation menu?
Menus are useful, but hub pages add unique explanatory text and organized link blocks. This reduces thin/duplicate signals and improves crawl paths.

Do these calculators follow every clause of every standard?
No. Standards are extensive and context-dependent. The calculators support educational workflows and screening checks; final design requires full code compliance verification.

Is this site a substitute for engineering software?
No. Treat it as a fast toolset for early iteration and learning. Use validated analysis/design software and professional review for real projects.

How should I link to results?
Link to the clean route (no query parameters). If you share inputs, do it in a controlled way that does not generate infinite indexable URL variants.

Where is the verification guide?
Use the verification guide for a QA workflow that applies to any calculator result.

How often are guides updated? Guides are reviewed when standards are revised or when user feedback identifies a gap.

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.