Group Presentation Schedule: Difference between revisions

Revision as of 10:12, 13 February 2008

Please contact Jie Yin to sign up for your presentation at the group meeting.

**2007-2008 Winter Quarter Weekly Presentation Schedule**
Name	Date	Topic
Yongxing Shen	1/17	Modeling electrostatic force microscopy and related technique (PhD thesis defense practice)
Sylvie Aubry	1/23	Calculation of Si thermal boundary resistance
Seokwoo Lee	1/30	Dislocation Dynamics in thin films
Jie Yin	2/6	Anisotropic elasticity I
Hark Lee	2/13	TBD
Billy Cash	2/20	Fatigue in metals I
Steven Fitzgerald	2/27	Fusions
	3/5
	3/12
Seunghwa Ryu	3/19	Accurate Melting Point Computation I (Co-exist Method)
Seunghwa Ryu	3/26*	Accurate Melting Point Computation II (Free Energy Method pt. 1)
Seunghwa Ryu	4/2	Accurate Melting Point Computation III (Free Energy Method pt. 2)

**Tentative topics**
Name	Date	Topic
Jie Yin	TBD	Qual practice talk
Jie Yin	TBD	Anisotropic Elasticity
Hark Lee	TBD, W Qrt ?	Qual practice talk
Yongxing Shen	TBD, W Qrt	Euler-Bernoulli beam theory applied to AFM
Bill Cash	TBD	Fatigue in metals II
Seunghwa Ryu	Apr or May	Construction of Binary Phase Diagram from Atomistic Simulation I
Seunghwa Ryu	Apr or May	Construction of Binary Phase Diagram from Atomistic Simulation II
Seunghwa Ryu	May or June	Fast Quantum Entanglement Minimization Algorithm

@@ Line 25: / Line 25: @@
 |    || 3/12 ||
 |-
-| Seunghwa Ryu  || 3/19 || Accurate Melting Point Computation from Atomistic Simulation I
+| Seunghwa Ryu  || 3/19 || Accurate Melting Point Computation I (Co-exist Method)
 |-
-| Seunghwa Ryu  || 3/26* || Accurate Melting Point Computation from Atomistic Simulation II
+| Seunghwa Ryu  || 3/26* || Accurate Melting Point Computation II (Free Energy Method pt. 1)
 |-
-| Seunghwa Ryu  || 4/2 || Accurate Melting Point Computation from Atomistic Simulation III
+| Seunghwa Ryu  || 4/2 || Accurate Melting Point Computation III (Free Energy Method pt. 2)
 |}