MME 3413 Lecture 1

(29:41)

MME 3413 TEM #1

(50:22)

MME 3413 SEM #2

(1:16:16)

MME 3413 TEM#3

(55:11)

MME 3413 Lecture 2.1

(49:35)

MME 3413 TEM #2

(55:51)

MME 3413 Lecture 3 1

(1:4:10)

MME 3413 Week 3 2 Digital Imaging and Dimensional References

(55:55)

4 montres exclusives à plus de 350 000€ !

(13:50)

Anode Casting

(3:36)

Lecture 08: Metallography

(32:38)

Etching metal (steel) to see microstructure

(3:10)

Energy Dispersive X Ray Spectroscopy

(26:48)

Metallography Part II - Microscopic Techniques

(11:31)

Material Fracture (Ductile vs. Brittle Fracture)

(15:1econd)

Ductile Coulomb Mohr Criterion: Different Yielding Strengths in Compression vs. Tension

(1:5:27)

Fracture Mechanics Concepts: Micro→Macro Cracks; Tip Blunting; Toughness, Ductility \u0026 Yield Strength

(21:34)

If 9 spheres fit in a cube, how big is each sphere?

(3:15)

MME 3413 Week 8 1 SEM #1

(50:9)

MME 3413 Week 5 Lecture More about metallography

(46:26)

3413 SEM Lecture #3

(43:15)

3413 Char 7 1 XRD 3

(46:32)

3413 SEM Lecture 4

(1:17:57)

3413 XRD 4

(1:16:44)

Mme Di giving lecture

(6:42)