SDC Verifier

SDC Verifier

The Comprehensive Structural Design and Verification Solution for FEA Professionals

SDC Verifier

SDC Verifier è sviluppato dall'omonima software house

SDC Verifier Standalone

The Comprehensive Structural Design and Verification Solution for FEA Professionals

Structural verification in compliance with a reference standard is a fundamental aspect for the structural engineer. SDC Verifier is an all-in-one software that empowers engineers to streamline structural design, FEA analysis, and standard-compliant verification.

SDC Verifier technology allows you to perform an in-depth study on the load-bearing structures of large assemblies, modeled with Beam, Shell and Solid elements. In addition, it is capable to recognize automatically joints and welds in order to properly performs rule checks.

SDC Verifier Core Features

  • Modern FEA Interface: Intuitive design and modeling experience.
  • Efficient Modeling: Parametric modeling for rapid design iterations. Detailed explanation: Create models using basic input parameters and modify them easily, speeding up the design process.
  • Loads and Combinations: Automated load handling and combination calculations for various scenarios. Detailed explanation: Set up combinations of design loads (wind, buoyancy, wave, etc.) relevant to your industry, ensuring the structure meets all safety requirements.
  • Automatic Recognition: Instantly identify structural elements for code checks. Detailed explanation: The software automatically finds and classifies beams, plates, welds, and joints, saving time on manual identification.
  • Checks According to Standards: Verify designs against 35+ global standards with the option to use custom criteria. Detailed explanation: Rest assured your designs are compliant with industry-specific codes like AISC, Eurocode, and more.
  • Post-processing Tools: Identify critical loads, stress peaks, and reaction forces. Detailed explanation: Analyze simulation results to pinpoint potential weaknesses and optimize your design accordingly.
  • Design Optimization: Minimize material usage and costs. Detailed Explanation: The software suggests ideal plate thicknesses, beam profiles, etc., to make the structure efficient without sacrificing strength.
  • Automatic Reporting: Generate comprehensive, customizable reports. Detailed explanation: Quickly create professional reports detailing model setup, results, and compliance findings, saving time on documentation.

SDC Verifier allows you to carry out structural checks in compliance with the following Standards:

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SDC Verifier – Verifica strutturale secondo Standard normativi

All-in-one Platform

Combines modeling, FEA analysis, design code verification, and report generation— eliminating the need for multiple software tools.

Seamless Integration

Works flawlessly with leading FEA software: Ansys, Femap, and Simcenter 3D.

Powerful Automation

Streamlines routine tasks, including design code checks, load combination calculations, structural element recognition, and report generation.

Proven Nastran Solver

Delivers reliable and accurate analysis results.

Extensive Standards Library

Covers 40+ industry-specific standards for global application.

SDC Verifier – Verifica strutturale secondo Standard normativi per il settore civile

SDC Verifier for Ansys

The Ideal Verification Solution for Ansys Mechanical Users

SDC for Ansys is a robust structural verification solution designed to integrate seamlessly with Ansys Mechanical. This powerful add-on enables engineers to streamline design compliance with industry standards, achieve greater material and cost efficiency, and automate reporting – all within their existing Ansys workflow.

SDC Verifier for Ansys Core Features

  • Extensive Standards Library: Access 40+ global engineering standards and regulations for comprehensive compliance. Covers major design codes such as AISC, Eurocode, DNV, API, and more, ensuring wide applicability.
  • Intelligent Structural Recognition: o Automatic detection of welds, beams, plates, and joints for swift and accurate code checking.
  • Customizable Verification: Perform user-defined checks to meet specific project or company standards. Adapt existing rules within the standards library to create tailored assessments.
  • Design Optimization: Make informed design decisions based on code check results to minimize weight and cost.
  • Automatic Reporting: Generate clear, concise, and customizable reports that include relevant plots, tables, and calculations. Output reports to Word, PowerPoint, or PDF formats for seamless documentation.
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Rapid Verification

Automate fatigue, buckling, weld, bolt, and custom design checks against an extensive standards library.

Frictionless Workflow

Work directly with your Ansys Workbench .wbpj models, eliminating unnecessary model transfers.

Optimize for Strength and Savings

Quickly identify optimization opportunities based on cross-section, weld types, yield stresses, and plate thicknesses.

Professional Reporting

Generate comprehensive reports with plots, tables, and calculations with a single click – perfect for PLM/SPDM systems.

Powerful Automation

Utilize the open API to streamline processes and customize SDC for Ansys to suit specific needs.

Main benefits

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  Drastically Reduce Design Cycles

  Ensure Compliance

  Enhance Accuracy

  Boost Innovation

  Streamline Reporting

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Insights

CASE STUDY

Structural Analysis of the Celtic Gateway Footbridge Design

A cable stayed, stainless steel footbridge connecting the port in the Welsh island of Anglesey to the town center of Holyhead

The footbridge is supported by two cable-stayed, stainless steel arches lying on inclined planes, supporting a steel deck with concrete infill.

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CASE STUDY

Accuracy in steel connection design: A practical look at SDC Verifier

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A design challenge combining excitement and rigour

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Beyond the Otherness between Art and Technique

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Early stage use in design aids fire protection assessment of buildings and evacuation routes faster and more cost effectively

This article explains how the simulation of a severe fire in a warehouse that had caused substantial damage was undertaken. It explores the use of the fire dynamics simulator (FDS) code, developed by the US National Institute of Standards and Technology (NIST)

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