关注
Kyle E. Marlantes
标题
引用次数
引用次数
年份
Implementation of the IMO second generation intact stability guidelines
KE Marlantes, S Kim, LA Hurt
Journal of Marine Science and Engineering 10 (1), 41, 2021
182021
A neural-corrector method for prediction of the vertical motions of a high-speed craft
KE Marlantes, KJ Maki
Ocean Engineering 262, 112300, 2022
72022
A Segmented Model Test of a Container Ship in Head Seas
BM Taravella, KE Marlantes
SNAME American Towing Tank Conference, D011S002R003, 2017
62017
Modeling vertical planing boat motions using a neural-corrector method
KE Marlantes, KJ Maki
SNAME International Conference on Fast Sea Transportation, D011S002R005, 2021
52021
Investigating Nonlinear Forces in Ship Dynamics using Machine Learning
KE Marlantes, PJ Bandyk, KJ Maki
10th Conference on Computational Methods in Marine Engineering (Marine 2023), 2023
32023
A fully-coupled quadratic strip theory/finite element method for predicting global ship structure response in head seas
KE Marlantes, BM Taravella
Ocean Engineering 187, 106189, 2019
32019
A hybrid data-driven model of ship roll
KE Marlantes, KJ Maki
Ocean Engineering 303, 117821, 2024
12024
A Quadratic, Time-Domain Strip Theory Method for Predicting Global Ship Structure Response in Waves
K Marlantes, BM Taravella
SNAME Maritime Convention, D043S017R001, 2017
12017
Leveraging a Small Dataset to Predict Nonlinear Global Loads in Irregular Waves
KE Marlantes, KJ Maki
International Marine Design Conference, 2024
2024
Predicting Ship Responses in Different Seaways using a Generalizable Force Correcting Machine Learning Method
KE Marlantes, PJ Bandyk, KJ Maki
arXiv preprint arXiv:2405.08033, 2024
2024
Neural-Corrector Method Implementation for Duffing Equation (Version 1.0.0) [Computer software]
KE Marlantes
https://github.com/kylemarl/duffing-neural-corrector, 2024
2024
Asymmetric Conditions and Ship Motions: Investigating the Ubiquitous Symmetry Assumption
KE Marlantes
SNAME Maritime Convention, D023S004R003, 2019
2019
系统目前无法执行此操作,请稍后再试。
文章 1–12