living matter lab
Revision as of 21:45, 5 March 2011 by Ekuhl (Talk | contribs)

spring 11 - e14 - applied mechanics: statics

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e14 - statics

ellen kuhl, charbel eid, julianne gould,
estevan mendoza, chris ploch
office hours wed 2:30pm, durand 217

spring 2011
mon wed fri 12:50-2:05
370-370

 

syllabus

day date topic chapter problems
w01 force week ch 1/2
mon mar 28 what's statics? 1.1-1.5
wed mar 30 what's a force? 2.1-2.4
fri apr 01 what's a force resultant? 2.5-2.9
thu jan 13 biopolymers I - energy, tension, bending n04 s04
thu jan 13 homework I - biopolymers, directed stem cell differentiation h01 m04
tue jan 18 biopolymers II - entropy, FJC and WLC model n05 s05
thu jan 20 biopolymers III - polymerization kinetics in amoeba n06 s06 m06
tue jan 25 cytoskeletal mechanics I - fiber bundle model for filopodia n07 s07 m07
thu jan 27 cytoskeletal mechanics II - network model for red blood cells n08 s08
thu jan 27 homework II - cytoskeleton, cell mechanics challenges h02 m10
tue feb 01 cytoskeletal mechanics III - tensegrity model for generic eukaryotic cells n09 s09 m09
thu feb 03 biomembranes I - micropipette aspiration in white blood cells and cartilage cells n10 s10
tue feb 08 biomembranes II - lipid bilayer, soap bubble, cell membrane n11 s11
thu feb 10 biomembranes III - energy, tension, shear, bending n12 s12
tue feb 15 mechanotransduction I - inter- and intracellular signaling, bone cells n13 s13
tue feb 15 homework III - micropipette aspiration, final project h03 m12
thu feb 17 summary and midterm preparation n14 s14
tue feb 22 midterm
thu feb 24 mechanotransduction II - electrophysiology in nerve cells n16 s16
tue mar 01 mechanotransduction III - excitation contraction in skeletal muscle and heart cells n17 s17
thu mar 03 mechanics of the cell - the inner life n18 l01 l02
tue mar 08 final projects - oral presentations I p02
thu mar 10 final projects - oral presentations II
fri mar 11 final projects - written projects due p01