Finite Element Analysis (FEA)
Finite Element Analysis (FEA) can be an extremely powerful tool for design and optimization of ship structures . . . if you get it right. FEA allows us to analyze any array of complex structures. That freedom brings new designs and reduced structure weight. This translates into reduced fuel consumption, extended ship life, and higher cargo capacity.
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FEA allows us to explore a nearly limitless range of structural design options.
- Foundation design for large equipment
- Global structural strength
- Loading of unique cargo and deck strength
- Thermal expansion checks
- Design of unique structural shapes
- Design of critical weld joints
- Weight reduction of large beam segments
- Fatigue analysis for vessel life extension
- Composite materials design
- Forensic engineering
- So much more . . .
At DMS, we prove the accuracy of our FEA. We perform independent FEA validation studies. This compares FEA models to known real world experiments. The result is quantifiable accuracy of our FEA modeling capabilities. Because quality results depend less on the tool than on the person who uses it.
For your actual project, we also perform mesh independence studies on each FEA model, further confirming the accuracy. With DMS, you gain absolute confidence that the computer predictions match reality.
FEA Validation Studies
DMS proves our accuracy. View some of our completed FEA validation studies.
Point Load on Hemisphere Membrane
DMS completed an FEA validation study of point loads on a hemisphere membrane. Final results showed a 0.40% margin of error!Click Here
Cantilever Twisting Beam
DMS completed an FEA validation study of a cantilever twisting beam. Final results showed a 1.60% margin of error, very low!Click Here
Uniform Pressure on Plate
DMS completed an FEA validation study of uniform pressure loaded on a plate. Final results showed a low 1.50% margin of error!Click Here
Pressure Vessel - Internal Pressure
DMS completed an FEA validation study of a pressure vessel subjected to internal pressure. Final results showed an impressively low 0.30% margin of error.Click Here
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Relevant Ship Science Articles
Why are ship structures so labor intensive to design? Engineers need to anticipate multiple methods of failure, which makes a lot of work. The trick of efficient structural analysis focuses on recognizing which methods of failure are likely in each scenario. This article reveals six major methods of structural failure, with examples of common applications. Because it will be the failure mode you didn’t consider that ultimately leads to catastrophe.
We all want to feel good about paying for engineering analysis. Sometimes the best answer drives us to maximize value, rather than minimize cost. In those cases, you do better to go beyond basic safety and search for enhancements. Today we discuss four engineering tasks where you can maximize your value. Extract every last drop of knowledge from your engineering project.
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Monohull, catamaran, trimaran . . . so many choices. Which hullform to pick? Can we draw upon any science to guide our choices, or we beg Lady Luck to guide us? This article provides a rational and design map for selecting hullforms applicable to any type of mission. This organized approach allows us to see past the limitations of historic examples and consider new alternatives.
An experienced engineer doesn’t have some magic button to deliver great FEA. Masters of FEA trade-craft hoard many little tricks and nuggets of wisdom to deliver better FEA. These tricks yield better ways to detect human errors and ensure model reliability. Or methods to deliver faster results. Today we share six nuggets of wisdom for better FEA.