Introductory Program for Aerospace Structural Engineer Analysis

Course Name: Free Course on Aerospace Analysis Course code : AE21A001 Course Duration : 5 hours Course description: Hello, everyone, welcome to this introductory course on Aircraft Basics and classical hand calculation from BridgeNow Academy. Key pointers about the course are given below.   ·       Major aircraft structural components and their functions and role ·       Classification of aircraft and aircraft […]

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Course Overview

Course Name: Free
Course on Aerospace Analysis

Course code : AE21A001

Course
Duration : 5
hours

Course description:

Hello, everyone, welcome to this introductory
course on Aircraft Basics and
classical
hand calculation
from BridgeNow Academy.

Key pointers about the course are given
below.
 

·      
Major
aircraft structural components and their functions and role

·      
Classification
of aircraft and aircraft structural components

·      
Requirements
for aerospace materials

·      
Classifications of metallic and
composite structural materials

·      
Relative
advantages and disadvantages of aerospace materials

·      
Application and significance of
hand calculations

·      
Hand calculations as
engineering problem solving techniques

·      
Why knowing hand calculation is
important for design engineers

·      
Hand calculations as design
validation and as standalone design tool

·      
Various engineering problem
solution using hand calculations

·      
Comparison between hand
calculations and other numerical methods

·      
Advantage and disadvantages of
classical hand calculations?

·      
Best practices in performing
hand calculations

Course Takeaways / Overview

·      
Major aircraft components,
their functions and classification

·      
Design and fundamental required
properties of aerospace materials

·      
Comparison of metallic and
composite materials

·      
Classification of metallic and
composite materials

·      
Classical hand calculation and
its importance as design tool

·      
 Seven step method to solve the engineering
problems

·      
 Why engineers should know classical way of
calculation

·      
 How hand calculations can be used as
standalone design tool and also as a design validation and optimization tool.

·      
 Free body diagrams and design of brackets,
riveted joint, bolted, lug joints

·      
Best practices in classical
method of calculations

Course Structure:

·      
Lesson 1: Main parts of
aircraft

·      
Lesson 2: Aircraft Materials
(metallic)

·      
Lesson 3: Aircraft Material (Composites)

·      
Lesson 3: Classical Hand
Calculations

Pre-requisite:   Mechanical/Aeronautical/Automobile Engineer

Training Method: Instruction based

Course Validity: 5 days from the date of enrolment.

Downloadable Exercises: NA

Recommended Practice Hours: NA

 

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