Group Presentation Schedule: Difference between revisions

From Micro and Nano Mechanics Group
Jump to navigation Jump to search
No edit summary
mNo edit summary
Line 1: Line 1:
Please contact '''Jie Yin''' to sign up for your presentation at the group meeting.
Please contact '''Jie Yin''' to sign up for your presentation at the group meeting.

Alfredo



{| border="1"
{| border="1"
Line 17: Line 14:
| || 7/24 ||
| || 7/24 ||
|}
|}




{| border="1"
{| border="1"
Line 31: Line 26:
| Hark Lee || TBD, || Qual practice talk
| Hark Lee || TBD, || Qual practice talk
|-
|-
| Bill Cash || TBD || Fatigue in metals II ?
| Bill Cash || TBD || Fatigue in metals II

|}
|}


Line 57: Line 51:
|-
|-
| Yongxing Shen || 3/5 || Euler-Bernoulli beam theory applied to AFM
| Yongxing Shen || 3/5 || Euler-Bernoulli beam theory applied to AFM

|}
|}



{| border="1"
{| border="1"

Revision as of 18:23, 3 July 2008

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

2007-2008 Summer Quarter (6/24-9/14) Weekly Presentation Schedule
Name Date Topic
Alfredo Correa 7/3 An introduction to Quantum Mechanics
7/10
7/17
7/24
Tentative topics
Name Date Topic
Jie Yin Aut Qrt Qual practice talk
Jie Yin TBD Anisotropic Elasticity
Hark Lee TBD, Qual practice talk
Bill Cash TBD Fatigue in metals II

Past Group meetings

2007-2008 Winter Quarter(1/8-3/16) 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
Steven Fitzgerald 2/27 An extended Frenkel-Kontorova model for crowdions
Yongxing Shen 3/5 Euler-Bernoulli beam theory applied to AFM


2007-2008 Spring Quarter (4/2-6/14)Weekly Presentation Schedule
Name Date Topic
Alfredo Correa 4/14 Quantum Corral Wave-function engineering
Seunghwa Ryu 4/22 Binary Phase Diagram from Atomistic Simulation I (Related Physics Review)
Seunghwa Ryu 4/29 Binary Phase Diagram from Atomistic Simulation II (Realization via Simulation)
Seunghwa Ryu 5/6 Fast Quantum Entanglement Minimization Algorithm (Pure mathematical approach)