Skip Nav Destination

Issues

Select Decade

Select Year

Issue

Volume 39, Issue 02

May 2023

All Issues

ISSN 2158-2866

EISSN 2158-2874

Select All in Issue

Journal Paper

Shipbuilding Decision-Making Optimization Based on the Functional Technical Documentation Information Level Usage in Ship Production

Rajko Rubeša; Marko Hadjina; Tin Matulja; Nikša Fafandjel

J Ship Prod Des 39 (02): 55–62. https://doi.org/10.5957/JSPD.02210005

Abstract

View articletitled, Shipbuilding Decision-Making Optimization Based on the Functional Technical Documentation Information Level Usage in Ship Production

Open the PDF for in another window

Add to Citation Manager

Journal Paper

Selecting the Optimal Naval Ship Drainage System Design Alternative Based on Integer Linear Programming, TOPSIS, and Simple WISP Methods

Mehmet Kirmizi; Serkan Karakas; Hakan Uçar

J Ship Prod Des 39 (02): 63–74. https://doi.org/10.5957/JSPD.01220003

Abstract

View articletitled, Selecting the Optimal Naval Ship Drainage System Design Alternative Based on Integer Linear Programming, TOPSIS, and Simple WISP Methods

Open the PDF for in another window

Add to Citation Manager

Journal Paper

Considerations of Hull Structural Deformation on Hydrodynamic Performance of Sailing Yachts

Paul H. Miller; Michael G. Morabito

J Ship Prod Des 39 (02): 75–88. https://doi.org/10.5957/JSPD.10210025

Abstract

View articletitled, Considerations of Hull Structural Deformation on Hydrodynamic Performance of Sailing Yachts

Open the PDF for in another window

Add to Citation Manager

Journal Paper

Research on Design System of Offshore Platform Accommodation Cabin Based on Kansei Engineering

Lin Shi; Haoqiang Chen; Zhichuang Wang

J Ship Prod Des 39 (02): 89–98. https://doi.org/10.5957/JSPD.06220018

Abstract

View articletitled, Research on Design System of Offshore Platform Accommodation Cabin Based on Kansei Engineering

Open the PDF for in another window

Add to Citation Manager

Journal Paper

Ultimate Shear Strength of Pitted Plates with Crack Using Finite Element Method

Ahmad Rahbar Ranji; Nima Maghsodi; Shahpour Alirezaee

J Ship Prod Des 39 (02): 99–107. https://doi.org/10.5957/JSPD.02220008

Abstract

View articletitled, Ultimate Shear Strength of Pitted Plates with Crack Using Finite Element Method

Open the PDF for in another window

Add to Citation Manager

Product(s) added to cart

Go to Cart Continue Browsing

Email alerts

Latest Issue Alert

Latest
Most Read
Most Cited

Derivation of Optimum Outfit Density for Surface Warships based on the Analysis of Variations in Work Content and Workforce Density and Productivity with Ship Size

Modeling Shipboard Power Systems for Endurance and Annual Fuel Calculations

Utilizing Artificial Intelligence and Knowledge-Based Engineering Techniques in Shipbuilding: Practical Insights and Viability

Practice Design of Ship Thin Section Considering Prevention of Welding-Induced Buckling

Shipbuilding Decision-Making Optimization Based on the Functional Technical Documentation Information Level Usage in Ship Production

Selecting the Optimal Naval Ship Drainage System Design Alternative Based on Integer Linear Programming, TOPSIS, and Simple WISP Methods

Considerations of Hull Structural Deformation on Hydrodynamic Performance of Sailing Yachts

Research on Design System of Offshore Platform Accommodation Cabin Based on Kansei Engineering

Ultimate Shear Strength of Pitted Plates with Crack Using Finite Element Method

Email alerts

Explore

Connect

Resources

Engage

Issues

Shipbuilding Decision-Making Optimization Based on the Functional Technical Documentation Information Level Usage in Ship Production

Selecting the Optimal Naval Ship Drainage System Design Alternative Based on Integer Linear Programming, TOPSIS, and Simple WISP Methods

Considerations of Hull Structural Deformation on Hydrodynamic Performance of Sailing Yachts

Research on Design System of Offshore Platform Accommodation Cabin Based on Kansei Engineering

Ultimate Shear Strength of Pitted Plates with Crack Using Finite Element Method

Product(s) added to cart

Email alerts

Explore

Connect

Resources

Engage

Sign In or Register to Continue