Aerospace Mechanics of Materials - Edukite

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Aerospace Mechanics of Materials - Edukite

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Aerospace Mechanics of Materials ( 9 REVIEWS ) 

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To understand the basic Aerospace Mechanics of Materials, it is a must for you to understand Stress, Strain and Hooke’s …

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Aerospace Mechanics of Materials - Edukite

LEVEL 2 - CERTIFICATE COURSE BADGE COURSE CERTIFICATE

   41

NUMBER OF UNITS NUMBER OF QUIZZES

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6 HOURS, 16 MINUTES

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CURRICULUM

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To understand the basic Aerospace Mechanics of Materials, it is a must for you to understand Stress, Strain and Hooke’s Law; Axial Loaded Members; Torsion; Bending Moment in Beams; Transverse Shear in Beams; Combined Loading; Stress Transformations; De ection of Beams chie y using the Generalized Hooke’s Law for Basic Load Carrying Members; Mohr’s Circle. We design this course to facilitate your understanding to solve your problems on Aerospace Mechanics of Materials and to oversee the basic material and geometry dependent analysis of structures.

Assessment This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification Edukite courses are free to study. To successfully complete a course you must submit all the assignment of the course as part of the assessment. Upon successful completion of a course, you can choose to make your achievement formal by obtaining your Certi cate at a cost of £49. Having an Of cial Edukite Certi cation is a great way to celebrate and share your success. You can: Add the certi cate to your CV or resume and brighten up your career Show it to prove your success Course Credit: TU Delft

COURSE CURRICULUM https://edukite.org/course/aerospace-mechanics-of-materials/

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Aerospace Mechanics of Materials - Edukite

1-1 What is stress?

00:05:00

1-2 Components of Stress

00:05:00

1-3 Sign Convention for Stress

00:02:00

1-5 What is strain?

00:08:00

1-6 Material Properties

00:07:00

1-7 Generalized hookes law

00:06:00

2.2 Axial Force Displacement Relation

00:03:00

2.3 Saint Venant Principle

00:04:00

2.4 Statically indeterminate problems

00:06:00

3-1 Torsion Introduction

00:04:00

3-2 Stress-Strain Distribution Due to Torsion

00:08:00

3-4 Torsion Angle of Twist

00:07:00

3-5 Torsion of Non-circular shafts

00:04:00

3-6 Stress State Simpli cations in Thin Walled Shafts

00:05:00

3.7 Bredts formula

00:03:00

4.1 Beam coordinate system

00:06:00

4.2 Stress & Strain in Symmetric Beams Subjected to Bending

00:08:00

4.3 The Flexure Formula

00:07:00

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Aerospace Mechanics of Materials - Edukite

5.1 Transverse Shear in a Beam Subjected to Transverse Loading

00:08:00

5.2 The Shear Formula

00:12:00

5.3 Shear in Thin Walled Beam Pro les

00:07:00

5.4 Shear ow in a thin walled I beam

00:13:00

7.1 Concept of Stress transfomrations

00:11:00

7.2 Mohr’s Circle

00:11:00

Aerospace Mechanics of Materials

00:07:00

Example: De ection of a Beam using Superposition

00:07:00

Example: De ection of a Uniform Simply Supported Beam

00:09:00

Example: Spring Supported Cantilever Beam

00:10:00

Exercise Calculating Shear Stress Distribution (Solution)

00:10:00

Failure Criteria

00:19:00

Failure Criteria 1

00:15:00

Macaulay Step Functions 3

00:10:00

Moment-Curvature Relation

00:23:00

Moment-Curvature Relation 2

00:25:00

SA07: Shear & Moment Equations

00:14:00

SA08: Constructing Shear & Moment Diagrams using S/M Equations

00:08:00

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Aerospace Mechanics of Materials - Edukite

SA09: Drawing Shear & Moment Diagrams without the use of Equations

00:14:00

Statically Indeterminate Beams 5

00:30:00

Superposition of Standard Solutions 4

00:15:00

Assessment

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