Marine Structures Design Lab
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Balancing designer influence with rework for design paths of a simple polynomial model
Path selection is a temporal undertaking characterized by the order design activities are performed and decisions are made. It may be …
Joey Van Houten
,
David J. Singer
,
Matthew D. Collette
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Long-Term Voyage Decision Making for Crewless Platforms
The desire to operate crewless platforms for months autonomously requires platforms that can sense their current state, maintain …
Brendan Sulkowski
,
Adam G. Magistro
,
Joey Van Houten
,
Matthew D. Collette
Exploration of solution path dependencies with a polynomial model
Path selection is defined as the order in which design activities are chosen to be performed, and it plays a critical role in …
Joey Van Houten
,
Matthew D. Collette
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DOI
Communication of Design Space Relationships Learned by Bayesian Networks
Modern ship design often involves the automated creation of thousands of design alternatives; even when provided a Pareto front of …
Claire Wincott
,
Matthew D. Collette
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DOI
Linking Seakeeping Performance Predictions with Onboard Measurements for Surface Platform Digital Twins
Despite the hype surrounding digital twin technology and its implementation in other fields, the marine industry has published very few …
Matthew L. Schirmann
,
Tomer Chen
,
Matthew D. Collette
,
James W. Gose
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DOI
Predicting Crack Growth in Multiple Degradation Experiment with Dynamic Bayesian Network
Ships and marine structures are subjected to fatigue damage from repeated fluctuating loads. Predicting crack growth is important for …
Kaihua Zhang
,
Matthew Collette
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DOI
Prediction of Human Injury Due to Impact
Predicting rare events of a non-linear process can prove to be a difficult challenge. In this paper, the linearization of a non-linear …
Samuel J. Edwards
,
Matthew D. Collette
,
Armin W. Troesch
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DOI
Wind and Wave Environments that Lead to Extreme Loads on Offshore Structures
Samuel J. Edwards
,
Matthew D. Collette
,
Armin W. Troesch
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DOI
URL
Crack length measurement in the surface of vessel structures based on computer vision
Measuring crack length is critical for data acquisition in fatigue tests. Especially for large, complex marine structural tests with …
Kaihua Zhang
,
Matthew D. Collette
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Impact of weather source selection on time-and-place specific vessel response predictions
Many seakeeping analyses are performed using idealized wave statistics from a vessel’s expected operation area; however, widely …
Matthew L. Schirmann
,
Matthew Collette
,
James W. Gose
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