Structural Design with SDC Verifier: Streamlined FEA, Standards Verification & Optimization

Articles

From CAD to Proof: Why Built-In Simulation Isn’t Enough for Today’s Design Engineers

Most design teams today have a Simulation tab in their CAD system. Many design engineers will run a quick study…

Computer-Aided Design

Finite Element Analysis (FEA)

/ 29 Jan 2026 / by: Yurii Shumak

Hydrostatic Tank Loads in FEA: Pressure Distribution, Fill Levels, and Sanity Checks

Hydrostatic pressure is one of the most common, and most frequently misunderstood, load types in structural FEA. Unlike point or uniform loads, fluid…

/ 27 Jan 2026 / by: Yevheniia Sidakova

Engineering Verification Reports: What to Include, What to Show, and What Reviewers Look for

In many engineering projects, reviews are delayed not because the analysis is wrong, but because the results cannot be fully…

/ 19 Jan 2026 / by: Yevheniia Sidakova

Beam Cross-Sections in FEA: Section Properties, Orientation, and What Changes Strength Checks

Beam cross-sections matter in FEA because a beam element does not “know” your real 3D shape unless you define it correctly.…

/ 08 Jan 2026 / by: Yevheniia Sidakova

Stress Calculations for Lifting Appliances: What Stress Components Matter and What Engineers Often Misread

Designing lifting appliances requires more than checking peak stresses against a yield limit. The governing question is usually fatigue: how stress varies…

/ 08 Jan 2026 / by: Yevheniia Sidakova

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Articles

From CAD to Proof: Why Built-In Simulation Isn’t Enough for Today’s Design Engineers

Hydrostatic Tank Loads in FEA: Pressure Distribution, Fill Levels, and Sanity Checks

Engineering Verification Reports: What to Include, What to Show, and What Reviewers Look for

Beam Cross-Sections in FEA: Section Properties, Orientation, and What Changes Strength Checks

Stress Calculations for Lifting Appliances: What Stress Components Matter and What Engineers Often Misread

Start Your Next Analysis with SDC Verifier

How SDC Verifier Simplifies Structural Engineering: Streamlining Design, Finite Element Analysis, and Standards Verification

SDC Verifier Expands Reach in Poland with New Reseller Partner

Empowering Civil Engineering: Mitigating Structural Design Risks with SDC Verifier

The Engineer’s Guide to AS 4100 (2020) Mastery with SDC Verifier

Example – Determine the utilization for the 6 presented configurations of joints with I-beam/RHS braces and RHS chords according to Eurocode 3 EN 1993-1-8 (2005)

BV NR615 Compliance for Marine Structures: A Comprehensive Guide

SDC Verifier 2024 R1: New Standards for the Plate Buckling and Weld, Rainflow Counting, and More

AS 4100. Example 7: Determine the Design Moment Capacity for the Major Axis for a Section also subject to Axial Compression

AS 4100. Example 5: Design a Universal Column Compression Member

Articles

From CAD to Proof: Why Built-In Simulation Isn’t Enough for Today’s Design Engineers

Hydrostatic Tank Loads in FEA: Pressure Distribution, Fill Levels, and Sanity Checks

Engineering Verification Reports: What to Include, What to Show, and What Reviewers Look for

Beam Cross-Sections in FEA: Section Properties, Orientation, and What Changes Strength Checks

Stress Calculations for Lifting Appliances: What Stress Components Matter and What Engineers Often Misread

Start Your Next Analysis with SDC Verifier

How SDC Verifier Simplifies Structural Engineering: Streamlining Design, Finite Element Analysis, and Standards Verification

SDC Verifier Expands Reach in Poland with New Reseller Partner

Empowering Civil Engineering: Mitigating Structural Design Risks with SDC Verifier

The Engineer’s Guide to AS 4100 (2020) Mastery with SDC Verifier

Example – Determine the utilization for the 6 presented configurations of joints with I-beam/RHS braces and RHS chords according to Eurocode 3 EN 1993-1-8 (2005)

BV NR615 Compliance for Marine Structures: A Comprehensive Guide

SDC Verifier 2024 R1: New Standards for the Plate Buckling and Weld, Rainflow Counting, and More

AS 4100. Example 7: Determine the Design Moment Capacity for the Major Axis for a Section also subject to Axial Compression

AS 4100. Example 5: Design a Universal Column Compression Member

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