09:19

Concrete mix design optimization with Concrete Copilot

02:10

How Prairie Material and Concrete.ai Reduced Concrete's GWP by 20%: A Customer Success Story

06:31

Concrete Copilot Demo | Optimize your concrete mix designs with AI

03:10

Concrete.ai – Building Tomorrow, Sustaining Today

19:52

Concrete has a HIDDEN COST – But AI can help

01:41

How Artificial Intelligence will Decarbonize Concrete | Concrete.ai

56:25

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

28:30

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

32:19

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

05:33:47

Introduction to Machine Learning for Materials Science And Engineering

41:45

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

54:20

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

56:10

Toughness of glasses

01:10:24

Hardness of glasses

01:05:20

Elasticity of glasses

46:07

Topological constraint of glass: Application

23:35

Chalcogenide glasses

44:10

Topological constraint of glass: Determining glass rigidity

39:58

Topological constraint of glass: Mechanical stability

23:48

Zachariasen's rules for the glass formation: Application

43:29

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

40:52

Pair distribution function of glasses

23:34

The Age of Glass

14:08

Natural glasses

03:55

Presentation of the ConcreteAI platform

02:40

ConcreteAI: Reduce concrete cost and carbon footprint

02:40

ConcreteAI: Reduce concrete cost and carbon footprint

03:49

Demo of the ConcreteAI platform

58:32

Neighbor list algorithm in molecular dynamics simulations

59:44

Interatomic energy in molecular dynamics simulations

01:02:06

8.2 Mohr's Circle in Plane Stress

48:00

8.1 Stress Transformations in Plane Stress

31:30

7.6 Deflections

59:42

7.5 Flexure Formula

43:26

7.4 Moment of Inertia

34:05

7.3 Graphical Method

53:41

7.2 Integration Method

15:14

7.1 Internal Shear and Moment under Bending

36:03

6.4 Angle of Twist under Torsion

44:18

6.3 Torsion Formula

13:26

6.2 Polar Moment of Inertia

20:02

6.1 Internal Torque under Torsion

26:50

5.2 Thermal Expansion in Confined Conditions

20:51

5.1 Thermal Expansion in Unconfined Conditions

41:47

4.3 Solving Statically Indeterminate Problems

24:53

4.2 Elongation Formula

24:22

4.1 Internal Load upon Axial Deformation

29:23

3.4 Poisson's ratio

19:47

3.3 Hooke's law

26:55

3.2 Stress-Strain Diagram

32:27

3.1 Introduction to Strain

26:07

2.3 Ultimate Stress and Factor of Safety

14:37

2.2 Average Normal and Shear Stress

55:03

2.1 Introduction to Stress and State of Stress in 2D

48:05

1.3 Equilibrium of Bodies - Method of Sections

22:09

1.2 Equilibrium of Bodies - Unknown Forces

25:42

1.1 Equilibrium of Bodies - Known Forces

33:06

0 - Introduction to Mechanics of Deformable Solids

01:33:52

Implementing a Breadth-First Search to Solve Games with Matlab – Machine Learning for Engineers

28:15

Topology-Informed Machine Learning to Predict Glass Properties