Course Details | AeroSIFT

STRESS

A Course on Practical Stress Analysis of Aircraft Structures

AeroSIFT

5.0

English

Certificate Course

4 Students

23h 26m

Course Overview

This Practical Stress Analysis course is a comprehensive, application-driven program focused on the structural analysis of aerospace components.

Delivered across six structured modules, the course progresses from regulatory requirements and global aircraft loading through interface loads, fundamental stress analysis, stability and buckling, joint design, and fatigue and damage tolerance.

Emphasis is placed on real-world engineering practice, with theory reinforced through more than 100 worked exercises, guided calculations, and end-of-module assessments.

Learners develop a strong understanding of how loads are generated, transferred, and resisted in aircraft structures, while gaining practical skills aligned with certification, safety, and airworthiness considerations.

FAQ

This course is suitable for: Early-career aerospace and mechanical engineers seeking a strong practical foundation in aircraft stress analysis. Graduate engineers or interns entering roles related to structures, stress, loads, or design in the aerospace industry. Practicing engineers transitioning into stress, structures, or certification roles, who need structured, end-to-end exposure to real aircraft structural problems. Engineering students (final year or postgraduate) looking to bridge the gap between academic theory and industry practice. Professionals involved in aircraft interiors, modifications, or installations (e.g., seats, cargo, joints, attachments) who require an understanding of interface loads, joint strength, and fatigue considerations.

Course curriculum

M1: Regulations and Loading
00:03:57

Interface Loads
00:00:57

Strength Analysis
00:00:48

Instability Analysis
00:03:44

Joints
00:01:25

Fatigue & Damage Tolerance
00:01:10

Requirment

Outcomes

Instructor

AeroSIFT

6.0

11 Students
5 Courses
6 Reviews

View Details

Reviews

Rate this course :

Remove all

Admin

21 Jan, 2026

Over the past seven years, I have had the pleasure of attending two of his training courses, as well as working with him on several projects. The courses were extremely well structured and delivered, with content that was both technically thorough and easy to follow. As a trainer, he is patient, highly knowledgeable, and able to engage and teach people at all levels, from apprentices to those with many years of industry experience. Lisa Chambers BEng CEng MRAeS

Sonu

18 Jan, 2026

The course structure is perfect for beginners to get into the field of Aircraft Stress Analysis.

250 £

Buy Now

Students
4
language
English
Duration
23h 26m
Level
beginner
Expiry period
3 Months
Certificate
Yes

STRESS

Course Overview

FAQ

Course curriculum

Requirment

Outcomes

Instructor

AeroSIFT

Reviews

Admin

Sonu

250 £

Top Categories

Useful links

Company Registered In

Newsletter

STRESS

Course Overview

FAQ

WHAT IS THIS COURSE SUITABLE FOR ?

Course curriculum

Module 1 – Volume 1: Introduction to Loads & Equilibrium

Module 1 – Volume 2: Load Concepts & Applications (Part 1)

Module 1 – Volume 3: Load Concepts & Applications (Part 2)

Module 1 – Volume 4: Load Concepts & Applications (Part 3)

Module 1 – Volume 5: Load Concepts & Applications (Part 4)

Module 1 – Volume 6: Load Concepts & Applications (Part 5)

Module 1 – Volume 7: Load Concepts & Applications (Part 6)

Module 1 – Volume 8: Load Concepts & Applications (Part 7)

Quiz 1

Module 2 – Volume 1: Fundamentals of Interface Loads

Module 2 – Volume 2: Load Distribution & Structural Response

Module 2 – Volume 3: Interface Load Applications

Module 2 – Volume 4: Practical Interface Load Analysis

Module 2 – Volume 5: Structural Deformation & Compatibility

Module 2 – Volume 6: Compatibility-Based Load Analysis

Module 2 – Volume 7: Integrated Interface Load Analysis

Quiz 2

Module 3 – Volume 1: Fundamentals of Strength Analysis

Module 3 – Volume 2: Material Strength & Failure Concepts

Module 3 – Volume 3: Stress & Deformation Behaviour

Module 3 – Volume 4: Bending Behaviour of Structures

Module 3 – Volume 5: Cross-Sectional Behaviour in Bending

Module 3 – Volume 6: Nonlinear Structural Behaviour

Module 3 – Volume 7: Shear Behaviour of Structures

Module 3 – Volume 8: Load Distribution in Unsymmetrical Structures

Module 3 – Volume 9: Torsional Behaviour of Structures

Module 3 – Volume 10: Combined Load Behaviour

Module 3 – Volume 11: Material Behaviour & Design Allowables

Module 3 – Volume 12: Structural Failure & Design Margins

Module 3 – Volume 13: Composite Structural Behaviour

Module 3 – Volume 14: Local Stress Effects & Structural Design

Quiz 3

Module 4 – Volume 1: Fundamentals of Structural Instability

Module 4 – Volume 2: Instability of Members and Panels

Module 4 – Volume 3: Instability of Stiffened Panels

Module 4 – Volume 4: Crippling Failure of Structures

Module 4 – Volume 5: Post-Buckling Behaviour and Effective Widths

Module 4 – Volume 6: Local Panel Instability and Shear Panels

Module 4 – Volume 7: Buckling of Composite and Sandwich Panels

Module 4 – Volume 8: Instability Under Combined Loading

Quiz 4

Module 5 – Volume 1: Fundamentals of Aircraft Joints

Module 5 – Volume 2: Riveted Joint Strength and Design

Module 5 – Volume 3: Load Distribution in Joints

Module 5 – Volume 4: Fittings and Tension Clip Design

Module 5 – Volume 5: Shear–Tension Interaction in Fasteners

Module 5 – Volume 6: Lug and Attachment Design

Module 5 – Volume 7: Preload and Pre-Torque in Joints

Module 5 – Volume 8: Shimming, Build Stresses and Corrosion Effects

Module 5 – Volume 9: Joint Design Guidelines and Bonded Joints

Module 5 – Volume 10: Finite Element Modelling of Joints

Module 5 – Volume 11: Practical Joint Design and Special Installations

Quiz 5

Module 6 – Volume 1: Fundamentals of Fatigue Analysis

Module 6 – Volume 2: Fatigue Mechanisms and Damage Accumulation

Module 6 – Volume 3: Mean Stress Effects in Fatigue

Module 6 – Volume 4: Stress Concentration Effects in Fatigue

Module 6 – Volume 5: Local Strain Approach in Fatigue

Module 6 – Volume 6: Fatigue of Joints

Module 6 – Volume 7: Fatigue of Lugs and Design Practices

Module 6 – Volume 8: Fatigue Load Spectrum and Damage Accumulation

Module 6 – Volume 9: Residual Strength and Fracture Behaviour

Module 6 – Volume 10: Residual Strength of Cracked Structures

Module 6 – Volume 11: Crack Propagation and Damage Tolerance Analysis

Module 6 – Volume 12: Fatigue and Damage Tolerance Regulations

Module 6 – Volume 13: F&DT Implementation, Scatter Factors and Inspections

Quiz 6

Requirment

Outcomes

Instructor

AeroSIFT

Reviews

Admin

Sonu

250 £