Concrete has a HIDDEN COST – But AI can help

How Artificial Intelligence will Decarbonize Concrete | Concrete.ai

Behind-the-Scenes at NASA's JPL: Unveiling the Secrets of Space Exploration

Solving deflection problems (UCLA CEE 108 - Mechanics of Deformable Materials)

Graphically solving bending problems (UCLA CEE 108 - Mechanics of Deformable Materials)

Introduction to Machine Learning for Materials Science And Engineering

Solving deflection problems (UCLA CEE 108 - Mechanics of Deformable Materials)

How to use the methods of sections to calculate the internal load, shear, and moment

Toughness of glasses

Hardness of glasses

Elasticity of glasses

Topological constraint of glass: Application

Chalcogenide glasses

Topological constraint of glass: Determining glass rigidity

Topological constraint of glass: Mechanical stability

Zachariasen's rules for the glass formation: Application

Zachariasen's rules for the glass-forming ability of oxides

Pair distribution function of glasses

The Age of Glass

Natural glasses

Presentation of the ConcreteAI platform

ConcreteAI: Reduce concrete cost and carbon footprint

ConcreteAI: Reduce concrete cost and carbon footprint

Demo of the ConcreteAI platform

Neighbor list algorithm in molecular dynamics simulations

Interatomic energy in molecular dynamics simulations

8.2 Mohr's Circle in Plane Stress

8.1 Stress Transformations in Plane Stress

7.6 Deflections

7.5 Flexure Formula