A05 – Ship Structural Analysis Fundamentals

An introductory course structure covering ship structural loads, hull-girder bending response, structural components, plate bending, and composite stiffener analysis using the attached source material.

£299.00

SKU: course-01a0b8f4-fc93-79a8-a284-fff279309bf4 Category: Tags: , , , , ,

1 hour

Focused, self-paced learning designed to fit around professional schedules.

Online, self-paced

Study online at a pace that fits your schedule.

6 sections

Structured curriculum sections.

English

Language of instruction for this course.

Quiz count: 4 total

Knowledge checks and assessed activities.

25 lessons

Focused lessons organised into a clear learning path.

Course overview

An introductory course structure covering ship structural loads, hull-girder bending response, structural components, plate bending, and composite stiffener analysis using the attached source material.

What you will learn

Classify ship structural loads by time behavior and design category.

Explain how buoyancy and weight distributions create hull-girder shear and bending response.

Identify major ship structural components and compare framing systems.

Interpret primary, secondary, and tertiary structural behavior in ship structures.

Apply plate and composite-beam concepts to basic structural checks.

Skills and knowledge

Structural loads

Hull girder

Framing systems

Plate bending

Stiffeners

Section modulus

Course curriculum

Introduction

1.1 Welcome

Structural Loads

2.1 Load Categories
2.2 Design Load Groups
2.3 Hogging and Sagging
2.4 Response Analysis
2.5 Section 1 Quiz (quiz)

Hull-Girder Response

3.1 Free-Free Beam Model
3.2 Reading the Curves
3.3 Wave Conditions
3.4 Weight-Curve Methods
3.5 Worked Response Cases
3.6 Section 2 Quiz (quiz)

Ship Structural Components

4.1 Why Ships Differ
4.2 Structural Vocabulary
4.3 Framing Systems
4.4 Single and Double Bottoms
4.5 Section 3 Quiz (quiz)

Plate and Stiffener Analysis

5.1 Plate vs Beam Action
5.2 Plate Cases
5.3 Membrane and Effective Width
5.4 Composite Beam Method
5.5 T and L Stiffeners
5.6 Assignment: Analysis Brief
5.7 Section 4 Quiz (quiz)

Summary

6.1 Key Takeaways

Ready to enrol?

£299.00