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Análisis por elementos finitos implícito frente a explícito: diferencias entre los solucionadores, casos de uso y guía de selección

Análisis por elementos finitos implícito frente a explícito: diferencias entre los solucionadores, casos de uso y guía de selección

La elección entre el análisis de elementos finitos implícito y el explícito influye en la forma en que se resuelve…

/ 06 Nov 2026 / by: Yurii Shumak
Implicit vs Explicit FEA: Solver Differences, Use Cases, and Selection Guide

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
Verificación estructural de monopiles sin pieza de transición

Verificación estructural de monopiles sin pieza de transición

En una cimentación convencional de monopilote para parques eólicos marinos, una pieza de transición (TP) conecta el monopilote a la…

/ 02 Nov 2026 / by: Yurii Shumak
Structural Verification of Transition-Piece-Less Monopiles

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

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

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SDC Verifier Orange crane model with blue wind arrows illustrating wind loads; article on applying wind loads to crane structures in FEA (Finite Element Analysis).
Cranes & Lifting Equipment
/ 09 Jul 2026

How to Apply Wind Loads to Crane Structures in FEA Using EN 13001 and F.E.M. 1.001
SDC Verifier Shaft with a ball bearing showing arrows labeled 'Axial load' from both ends, illustrating axial force in structural analysis
/ 26 Jun 2026

Axial Load and Axial Force in Structural Analysis
SDC Verifier Illustration of four beam supports used in structural analysis: fixed wall clamp, simple/pinned support, hinged triangular support, and roller support with a wheel.
/ 19 Jun 2026

Types of Supports in Structural Analysis: Reactions, Examples, and Modeling Assumptions
SDC Verifier Three‑D metallic I‑beam and H‑beam silhouettes facing off with a small 'VS' panel between them, title reads 'I-Beam vs H-Beam'
/ 18 Jun 2026

I-Beam vs H-Beam: Difference, Strength, and When to Use Each
SDC Verifier Shear Force Diagram
/ 03 Jun 2026

How to Calculate and Draw a Shear Force Diagram for Beams
SDC Verifier Benchmark title slide with a colorful stress heat map and arrows around a central red region.
BV NR615
Edge Stress Method
Plate Buckling
/ 14 May 2026

Edge Stress Method Results Comparison Using BV NR615 Plate Buckling (2023)
SDC Verifier
/ 24 Apr 2026

How to Find Overstressed Elements in FEA with Peak Finder
SDC Verifier
/ 17 Apr 2026

SDC Verifier 2026 R1: New Offshore Standards, Stronger Buckling Workflows, and Smarter Result Management
SDC Verifier How SDC Verifier Automates EN 13001 Fatigue Analysis for Shipyard Cranes
/ 08 Apr 2026

Shipyard Crane Fatigue Analysis with FEA and SDC Verifier
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