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Articles

Implicit vs Explicit FEA: Solver Differences, Use Cases, and Selection Guide

The choice between implicit and explicit finite element analysis affects how a simulation is solved, how much computational effort it…

/ 06 Nov 2026 / by: Yurii Shumak

Structural Verification of Transition-Piece-Less Monopiles

In a conventional offshore wind monopile foundation, a transition piece (TP) connects the monopile to the turbine tower. A transition-piece-less…

/ 02 Nov 2026 / by: Yurii Shumak

RBE2 vs RBE3 in Nastran: Differences, Use Cases, and Common Modeling Mistakes

Rigid body elements are commonly used in finite element models to connect nodes, introduce loads, mass points, represent rigid connections,…

/ 19 Oct 2026 / by: Yevheniia Sidakova

Structural Verification Under Extreme and Non-Standard Loads in Defense Engineering

For the defense industry, a finite element analysis can produce thousands of results, but the key question remains: Does the…

/ 21 Sep 2026 / by: Yevheniia Sidakova

Linear vs Nonlinear FEA: When Linear Analysis Is No Longer Enough for Structural Verification

An engineer completes a linear static analysis. The model solves without difficulty; stresses and displacements look reasonable, and the verification…

/ 31 Jul 2026 / by: Yevheniia Sidakova

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Implicit vs Explicit FEA: Solver Differences, Use Cases, and Selection Guide

Structural Verification of Transition-Piece-Less Monopiles

RBE2 vs RBE3 in Nastran: Differences, Use Cases, and Common Modeling Mistakes

Structural Verification Under Extreme and Non-Standard Loads in Defense Engineering

Linear vs Nonlinear FEA: When Linear Analysis Is No Longer Enough for Structural Verification

Start Your Next Analysis with SDC Verifier

Differences between ISO 19902:2007 and ISO 19902:2020. Chapter 13: Strength of tubular members

Seismic Design: Codes, Standards, and Best Practices for Structures

Problems of Floating offshore wind plants verification according to industry standards

Why do you need to optimize your FEA model?

Residual Life Analyses for Crane Structures. How to Avoid Cracks and Crane Fatigue

Finite Element Analysis (FEA): what it is, how it works, and when to trust it

Rainflow Counting Tool

Von Mises Stress: What It Is, Formula, and How to Interpret It in FEA

Recognition of Structural Members Enables Plate Buckling Checks According to ABS / DNV Rules Directly in General FEA Software

Articles

Implicit vs Explicit FEA: Solver Differences, Use Cases, and Selection Guide

Structural Verification of Transition-Piece-Less Monopiles

RBE2 vs RBE3 in Nastran: Differences, Use Cases, and Common Modeling Mistakes

Structural Verification Under Extreme and Non-Standard Loads in Defense Engineering

Linear vs Nonlinear FEA: When Linear Analysis Is No Longer Enough for Structural Verification

Start Your Next Analysis with SDC Verifier

Differences between ISO 19902:2007 and ISO 19902:2020. Chapter 13: Strength of tubular members

Seismic Design: Codes, Standards, and Best Practices for Structures

Problems of Floating offshore wind plants verification according to industry standards

Why do you need to optimize your FEA model?

Residual Life Analyses for Crane Structures. How to Avoid Cracks and Crane Fatigue

Finite Element Analysis (FEA): what it is, how it works, and when to trust it

Rainflow Counting Tool

Von Mises Stress: What It Is, Formula, and How to Interpret It in FEA

Recognition of Structural Members Enables Plate Buckling Checks According to ABS / DNV Rules Directly in General FEA Software

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