Course Details

Aircraft Structural Analysis Training

Introduction

• This course is intended to develop the candidates' knowledge and skills in aircraft structure analysis and to introduce the student to the basic and essential elements of aircraft structural analysis and provide them with some of the essential principle for the aircraft material failures. This provides candidates with solid foundation of forces and loads affecting aircraft in all conditions.

Objectives

At the end of course, trainees will be able to:

• Describe the behavior characteristic of element of static engineering system.
• Explain the effect of fuel expended on stresses developed in the wing.
• Determine the stresses on aircraft cabin due to aircraft altitude and cabin altitude.
• Identify the types of loads that aircraft fuselage and wings cope with.
• Identify the bearing members of the fuselage and wings.
• Determine the forces carried by each fuselage bearing members and wing bearing members.
• Determine the root causes of a material failure in an engineering system.
• Identify the parameters affecting fatigue life of a structure.
• Discuss how the fatigue life of an engineering system can be increased.
• Explain the aircraft design concept

Who Sould Attend

• - This course is designed for aircraft maintenance engineers
• aircraft maintenance managers
• - Aircraft accident investigators - certification authorities and educators whose responsibilities include aircraft structures. - People who want to search through specific questions they have for loads affecting Aircraft parts.

Course Content

• Module 0: Introduction
• Module 1: Loads, stresses and strains
• Module 2: Basic construction and function of aircraft Parts
• Module 3: Loads affecting aircraft parts in different situations
• Module 4: Failure of materials, fatigue and creep
• Module 5. Aircraft design requirements and safety

Prerequisite

• Participants should have a technical background on aircraft construction