9 Einträge gefunden

1. Estimation of acceleration probability density function for parametric rolling using PLIM

   1. Maruyama, Yuuki
   2. Maki, Atsuo
   3. Dostal, Leo
   4. Umeda, Naoya

   2023 - TUHH Open Research
2. Theoretical estimation of joint probability density function of roll angle and angular acceleration in beam seas using PDF line integral method

   1. Maki, Atsuo
   2. Dostal, Leo
   3. Maruyama, Yuuki
   4. Sasa, Kenji
   5. Sakai, Masahiro
   6. Sugimoto, Kei
   7. Fukumoto, Yusuke

   2022 - TUHH Open Research
3. Theoretical determination of roll angular jerk of ships in irregular beam seas using PDF line integral method

   1. Maki, Atsuo
   2. Dostal, Leo
   3. Maruyama, Yuuki
   4. Sakai, Masahiro
   5. Sugimoto, Kei
   6. Fukumoto, Yusuke

   2022 - TUHH Open Research
4. Application of linear filter and moment equation for parametric rolling in irregular longitudinal waves

   1. Maruyama, Yuuki
   2. Maki, Atsuo
   3. Dostal, Leo
   4. Umeda, Naoya

   2022 - TUHH Open Research
5. Theoretical determination of asymmetric rolling amplitude in irregular beam seas

   1. Maki, Atsuo
   2. Dostal, Leo
   3. Maruyama, Yuuki
   4. Sakai, Masahiro
   5. Katayama, Toru
   6. Sugimoto, Kei
   7. Fukumoto, Yusuke

   2022 - TUHH Open Research
6. Enhanced estimation method and approximation method of the PDF of roll angular acceleration and jerk in beam seas

   1. Maki, Atsuo
   2. Dostal, Leo
   3. Maruyama, Yuuki
   4. Sasa, Kenji
   5. Sakai, Masahiro
   6. Umeda, Naoya

   2022 - TUHH Open Research
7. Improved stochastic averaging method using Hamiltonian for parametric rolling in irregular longitudinal waves

   1. Maruyama, Yuuki
   2. Maki, Atsuo
   3. Dostal, Leo
   4. Umeda, Naoya

   2022 - TUHH Open Research
8. Practical method for evaluating wind influence on autonomous ship operations

   1. Maki, Atsuo
   2. Maruyama, Yuuki
   3. Dostal, Leo
   4. Sakai, Masahiro
   5. Sawada, Ryohei
   6. Sasa, Kenji
   7. Umeda, Naoya

   2022 - TUHH Open Research
9. Theoretical estimation of roll acceleration in beam seas using PDF line integral method

   1. Maki, Atsuo
   2. Dostal, Leo
   3. Maruyama, Yuuki
   4. Sakai, Masahiro
   5. Sugimoto, Kei
   6. Fukumoto, Yusuke
   7. Umeda, Naoya

   2021 - TUHH Open Research