Канал: Calvin Rans

Dr. Rans Interviews ChatGPT about the use of AI in Academia

Dr. Rans Interviews ChatGPT about the use of AI in Academia

Remote Learning is in my blood - SEFI 2021 presentation

Remote Learning is in my blood - SEFI 2021 presentation

Engineering in Space - Part 2 (updated)

Engineering in Space - Part 2 (updated)

Calculating the Area Moment of Inertia of a Rectangle

Calculating the Area Moment of Inertia of a Rectangle

What is the Area Moment of Inertia?

What is the Area Moment of Inertia?

Fraud - The Academic F-word

Fraud - The Academic F-word

Why some professors don't upload full written solutions to all practice problems.

Why some professors don't upload full written solutions to all practice problems.

Minister Ingrid van Engelshoven talks about student health and wellbeing

Minister Ingrid van Engelshoven talks about student health and wellbeing

Mass Moments of Inertia

Mass Moments of Inertia

Center of Mass of the Earth and Moon

Center of Mass of the Earth and Moon

A space-themed backstory for a simple engineering statics problem

A space-themed backstory for a simple engineering statics problem

The Wonky Spacecraft Analyzing a 2 D model of a 3 thruster spacecraft

The Wonky Spacecraft Analyzing a 2 D model of a 3 thruster spacecraft

Determining the Centre of a Body in Mechanics

Determining the Centre of a Body in Mechanics

Introduction to Internal Force Diagrams

Introduction to Internal Force Diagrams

Internal Force Relationships for Beams

Internal Force Relationships for Beams

Determining the appropriate reactions at a support

Determining the appropriate reactions at a support

What is a Free Body Diagram?

What is a Free Body Diagram?

Hannah Hypothesis graduates from TUDelft with her Masters Degree in Aerospace Engineering

Hannah Hypothesis graduates from TUDelft with her Masters Degree in Aerospace Engineering

Simplifying distributed loads in Statics

Simplifying distributed loads in Statics

What is a Moment?

What is a Moment?

Statics Example: Moment caused by a horizontal stabilizer force

Statics Example: Moment caused by a horizontal stabilizer force

What is Engineering Mechanics?

What is Engineering Mechanics?

Analyzing a man standing on a cantilever beam pulling on a rope

Analyzing a man standing on a cantilever beam pulling on a rope

Calculating reaction forces in a beam with a discontinuous distributed load

Calculating reaction forces in a beam with a discontinuous distributed load

Hannah Hypothesis examines stress concentrations

Hannah Hypothesis examines stress concentrations

Hannah Hypothesis examines Resonance

Hannah Hypothesis examines Resonance

Simple Models for Static Failure Modes of Mechanically Fastened Joints

Simple Models for Static Failure Modes of Mechanically Fastened Joints

Hannah Hypothesis examines the concept of pillowing of fuselage skins

Hannah Hypothesis examines the concept of pillowing of fuselage skins

Hannah Hypothesis examines the buckling behaviour of stiffened plate structures

Hannah Hypothesis examines the buckling behaviour of stiffened plate structures

Spotlight on Research - Disbond arrest features in bonded aerospace joints

Spotlight on Research - Disbond arrest features in bonded aerospace joints

Shortcuts for calculating resultant forces and moments on boom-idealized structures

Shortcuts for calculating resultant forces and moments on boom-idealized structures

Hannah Hypothesis examines the forming process for manufacturing

Hannah Hypothesis examines the forming process for manufacturing

Example Problem: Shear stress and angular deflection of a J-profile stringer carrying a small torque

Hannah Hypothesis examines the casting process

Hannah Hypothesis examines the casting process

Selecting a Material for a Structural Application

Selecting a Material for a Structural Application

Challenges in Designing Aerospace Structures

Challenges in Designing Aerospace Structures

Adhesive Bonding as an Aerospace Joining Method

Adhesive Bonding as an Aerospace Joining Method

Hannah Hypothesis examines anisotropy in material properties

Hannah Hypothesis examines anisotropy in material properties

Hannah Hypothesis examines the force-deflection behavior of a spring

Hannah Hypothesis examines the force-deflection behavior of a spring

Welding Methods for Metal and Composite Materials

Welding Methods for Metal and Composite Materials

Failure Modes in Mechanically Fastened Joints

Failure Modes in Mechanically Fastened Joints

ComparingThreaded Fasteners and Rivets

ComparingThreaded Fasteners and Rivets

Introduction to the Types of Mechanically Fastened Joints

Introduction to the Types of Mechanically Fastened Joints

Example Problem - Analyzing an idealized fuselage structure in bending and shear

Example Problem - Analyzing an idealized fuselage structure in bending and shear

Example Problem: Examining the torsion behaviour of a simple combined open-closed beam section

Example Problem: Examining the torsion behaviour of a simple combined open-closed beam section

Product Moment of Inertia and Principal Axes

Product Moment of Inertia and Principal Axes

Spotlight on Research - Continuous Ultrasonic Welding

Spotlight on Research - Continuous Ultrasonic Welding

Safety Through Understanding - A Research Vision

Safety Through Understanding - A Research Vision

8.1 Moment Curvature Relationship

8.1 Moment Curvature Relationship

Example: Beam needing Strengthening

Example: Beam needing Strengthening

Example: Rigid Frame Supported by Cables

Example: Rigid Frame Supported by Cables

Example: Deformation in an Axial Member

Example: Deformation in an Axial Member

Example: A Pinned Clevis Coupling

Example: A Pinned Clevis Coupling

Example: Center span Supported Beam

Example: Center span Supported Beam

Example: Spring Supported Cantilever Beam

Example: Spring Supported Cantilever Beam

Nerf Gun Safari in the Cyber Zoo

Nerf Gun Safari in the Cyber Zoo

Example: Deflection of a Uniform Simply Supported Beam

Example: Deflection of a Uniform Simply Supported Beam

Example: Deflection of a Beam using Superposition

Example: Deflection of a Beam using Superposition

Example: Deflection of a Simply Supported Beam using Macaulay Step Function

Example: Deflection of a Simply Supported Beam using Macaulay Step Function

Example: Mohr Circle for a Marine Propellor Shaft

Example: Mohr Circle for a Marine Propellor Shaft

Example: Mohr Circle for a Pressure Cylinder Subjected to Torsion

Example: Mohr Circle for a Pressure Cylinder Subjected to Torsion

Failure Criteria

Failure Criteria

Example: Stress Distribution in a Screw Clamp

Example: Stress Distribution in a Screw Clamp

Example: Hollow vs Solid Torsional Shaft

Example: Hollow vs Solid Torsional Shaft

Example: I-beam with Bonded Reinforcement

Example: I-beam with Bonded Reinforcement

Example: Concentric Shafts Under Torsion

Example: Concentric Shafts Under Torsion

Example: Failure of a Simply Supported Beam

Example: Failure of a Simply Supported Beam

Example: Bending Stress in a Freight Car Axle

Example: Bending Stress in a Freight Car Axle

Example: Second Moment of Area for an I beam

Example: Second Moment of Area for an I beam

2.4 Statically indeterminate problems

2.4 Statically indeterminate problems

7.2 Mohr's Circle

7.2 Mohr's Circle

7.1 Concept of Stress transfomrations

7.1 Concept of Stress transfomrations

5.2 The Shear Formula

5.2 The Shear Formula

5.4 Shear flow in a thin walled I beam

5.4 Shear flow in a thin walled I beam

5.3 Shear in Thin Walled Beam Profiles

5.3 Shear in Thin Walled Beam Profiles

5.1 Transverse Shear in a Beam Subjected to Transverse Loading

5.1 Transverse Shear in a Beam Subjected to Transverse Loading

4.3 The Flexure Formula

4.3 The Flexure Formula

4.2 Stress & Strain in Symmetric Beams Subjected to Bending

4.2 Stress & Strain in Symmetric Beams Subjected to Bending

3.7 Bredts formula

3.7 Bredts formula

4.1 Beam coordinate system

4.1 Beam coordinate system

3-4 Torsion Angle of Twist

3-4 Torsion Angle of Twist

3-3 The Torsion Formula

3-3 The Torsion Formula

3-2 Stress-Strain Distribution Due to Torsion

3-2 Stress-Strain Distribution Due to Torsion

2.3 Saint Venant Principle

2.3 Saint Venant Principle

3-1 Torsion Introduction

3-1 Torsion Introduction

3-6 Stress State Simplifications in Thin Walled Shafts

3-6 Stress State Simplifications in Thin Walled Shafts

3-5 Torsion of Non-circular shafts

3-5 Torsion of Non-circular shafts

1-7 Generalized hookes law

1-7 Generalized hookes law

1-6 Material Properties

1-6 Material Properties

1-5 What is strain?

1-5 What is strain?

1-4 Complementary Shear Stress

1-4 Complementary Shear Stress

1-3 Sign Convention for Stress

1-3 Sign Convention for Stress

1-2 Components of Stress

1-2 Components of Stress

1-1 What is stress?

1-1 What is stress?

Prof. van Ingen Workshop - Blended Learning

Prof. van Ingen Workshop - Blended Learning

2.2 Axial Force Displacement Relation

2.2 Axial Force Displacement Relation