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! !! w01 !! !! force week !! ch 1-2 !! | ! !! w01 !! !! force week !! ch 1-2 !! | ||
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− | | tue || jan || | + | | tue || jan || 10 || what's statics? || 1.1-1.5 ||[http://biomechanics.stanford.edu/e14_16/e14_n01.pdf n01],[http://biomechanics.stanford.edu/e14_16/e14_s01.pdf s01] |
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− | | thu || jan || | + | | thu || jan || 12 || what's a force? || 2.1-2.9 ||[http://biomechanics.stanford.edu/e14_16/e14_n02.pdf n02],[http://biomechanics.stanford.edu/e14_16/e14_s02.pdf s02] |
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! !! w02 !! !! particle week !! ch 3 !! | ! !! w02 !! !! particle week !! ch 3 !! | ||
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− | | tue || jan || | + | | tue || jan || 17 || what's a free body diagram at a point? || 3.1-3.2||[http://biomechanics.stanford.edu/e14_16/e14_n03.pdf n03],[http://biomechanics.stanford.edu/e14_16/e14_s03.pdf s03] |
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− | | thu || jan || | + | | thu || jan || 19 || what's force equilibrium at a point? || 3.3-3.4 ||[http://biomechanics.stanford.edu/e14_16/e14_n04.pdf n04],[http://biomechanics.stanford.edu/e14_16/e14_s04.pdf s04] |
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! !! w03 !! !! moment week !! ch 4 !! | ! !! w03 !! !! moment week !! ch 4 !! | ||
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− | | tue || jan || | + | | tue || jan || 24 || what's a moment? || 4.1-4.4 ||[http://biomechanics.stanford.edu/e14_16/e14_n05.pdf n05],[http://biomechanics.stanford.edu/e14_16/e14_s05.pdf s05] |
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− | | thu || jan || | + | | thu || jan || 26 || what's a couple? what's distributed loading? || 4.5-4.7 ||[http://biomechanics.stanford.edu/e14_16/e14_n06.pdf n06],[http://biomechanics.stanford.edu/e14_16/e14_s06.pdf s06] |
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! !! w04 !! !! practice week !! ch 1-4 !! | ! !! w04 !! !! practice week !! ch 1-4 !! | ||
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− | | tue || jan || | + | | tue || jan || 31 || problems, problem, problems ... || 1.1-4.7 || |
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− | | thu || | + | | thu || feb || 02 || midterm 1, in class, closed book, 1 cheat sheet || 1.1-4.7 || |
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! !! w05 !! !! 2d equilibrium week !! ch 5 !! | ! !! w05 !! !! 2d equilibrium week !! ch 5 !! | ||
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− | | tue || feb || | + | | tue || feb || 07 || what's a free body diagram of a 2d system? || 5.1-5.2 ||[http://biomechanics.stanford.edu/e14_16/e14_n09.pdf n09],[http://biomechanics.stanford.edu/e14_16/e14_s09.pdf s09] |
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− | | thu || feb || | + | | thu || feb || 09 || what force and moment equilibrium in 2d? || 5.3-5.4 || [http://biomechanics.stanford.edu/e14_16/e14_n10.pdf n10],[http://biomechanics.stanford.edu/e14_16/e14_s10.pdf s10] |
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! !! w06 !! !! 3d equilibrium week !! ch 5 !! | ! !! w06 !! !! 3d equilibrium week !! ch 5 !! | ||
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− | | tue || feb || | + | | tue || feb || 14 || what's a free body diagram of a 3d system? || 5.5 || [http://biomechanics.stanford.edu/e14_16/e14_n11.pdf n11],[http://biomechanics.stanford.edu/e14_16/e14_s11.pdf s11] |
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− | | thu || feb || | + | | thu || feb || 16 || what force and moment equilibrium in 3d? || 5.6-5.7 || [http://biomechanics.stanford.edu/e14_16/e14_n12.pdf n12],[http://biomechanics.stanford.edu/e14_16/e14_s12.pdf s12] |
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! !! w07 !! !! structures week !! ch 6 !! | ! !! w07 !! !! structures week !! ch 6 !! | ||
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− | | tue || feb || | + | | tue || feb || 21 || what's truss? || 6.1-6.3 || [http://biomechanics.stanford.edu/e14_16/e14_n13.pdf n13],[http://biomechanics.stanford.edu/e14_16/e14_s13.pdf s13] |
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− | | thu || feb || | + | | thu || feb || 23 || what's a frame? || 6.6 || [http://biomechanics.stanford.edu/e14_16/e14_n14.pdf n14],[http://biomechanics.stanford.edu/e14_16/e14_s14.pdf s14] |
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! !! w08 !! !! internal force week !! ch 7 !! | ! !! w08 !! !! internal force week !! ch 7 !! | ||
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− | | tue || feb || | + | | tue || feb || 28 || what's a shear and moment diagram? || 7.1-7.3 || [http://biomechanics.stanford.edu/e14_16/e14_n15.pdf n15],[http://biomechanics.stanford.edu/e14_16/e14_s15.pdf s15] |
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− | | thu || | + | | thu || mar || 02 || midterm 2, all day take home, thu 12pm - fri 2pm || 5.1-6.6 || |
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! !! w09 !! !! friction and center week !! ch 8-9 !! | ! !! w09 !! !! friction and center week !! ch 8-9 !! | ||
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− | | tue || mar || | + | | tue || mar || 07 || what's friction? || 8.1-8.2 || [http://biomechanics.stanford.edu/e14_16/e14_n17.pdf n17],[http://biomechanics.stanford.edu/e14_16/e14_s17.pdf s17] |
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− | | thu || mar || | + | | thu || mar || 09 || what's the center? || 9.1-9.2 || [http://biomechanics.stanford.edu/e14_16/e14_n18.pdf n18],[http://biomechanics.stanford.edu/e14_16/e14_s18.pdf s18] |
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! !! w10 !! !! that's it week !! ch 1-9 !! | ! !! w10 !! !! that's it week !! ch 1-9 !! | ||
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− | | tue || mar || | + | | tue || mar || 14 || the last lecture || 1.1-9.2 || |
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− | | thu || mar || | + | | thu || mar || 16 || problems, problems, problems ... || 1.1-9.2 || [http://biomechanics.stanford.edu/e14_16/e14_n20.pdf n20],[http://biomechanics.stanford.edu/e14_16/e14_s20.pdf s20] |
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| wed || mar || 16 || final, in class, closed book, 1 cheat sheet || 1.1-9.2 || | | wed || mar || 16 || final, in class, closed book, 1 cheat sheet || 1.1-9.2 || |
Revision as of 09:56, 30 December 2016
Contents |
winter 17 - engr14 - intro to solid mechanics
engr14 - intro to solid mechanics 17 ellen kuhl,
walter goodwin
kayla powers, tue/thu 11:30-1:20, 550-200 |
goals
why do things break? to reliably predict what’s going on inside a structure, we need to know the forces that act on it. it’s newton’s law that helps us to determine these forces. basically, this class is all about newton’s law, force equilibrium, and its application to civil, mechanical, aerospace, and biological problems. we explore it for particles first, then for two-dimensional, and finally for three-dimensional systems. first we look at the structure from the outside, then from the inside. we learn how to identify, formulate, and solve engineering problems. to do so, you should be familiar with and not afraid of maths, vectors, and basic physics.
grading
- 20 % homework - 5 homework assignments, 4% each
- 25 % midterm 1 - closed book, closed notes, one single page cheat sheet
- 25 % midterm 2 - take home exam
- 25 % final - closed book, closed notes, one single page cheat sheet
the best of the three exams will count 30% towards your final grade
syllabus
day | date | topic | chapter | notes/slides | |
w01 | force week | ch 1-2 | |||
---|---|---|---|---|---|
tue | jan | 10 | what's statics? | 1.1-1.5 | n01,s01 |
thu | jan | 12 | what's a force? | 2.1-2.9 | n02,s02 |
w02 | particle week | ch 3 | |||
tue | jan | 17 | what's a free body diagram at a point? | 3.1-3.2 | n03,s03 |
thu | jan | 19 | what's force equilibrium at a point? | 3.3-3.4 | n04,s04 |
w03 | moment week | ch 4 | |||
tue | jan | 24 | what's a moment? | 4.1-4.4 | n05,s05 |
thu | jan | 26 | what's a couple? what's distributed loading? | 4.5-4.7 | n06,s06 |
w04 | practice week | ch 1-4 | |||
tue | jan | 31 | problems, problem, problems ... | 1.1-4.7 | |
thu | feb | 02 | midterm 1, in class, closed book, 1 cheat sheet | 1.1-4.7 | |
w05 | 2d equilibrium week | ch 5 | |||
tue | feb | 07 | what's a free body diagram of a 2d system? | 5.1-5.2 | n09,s09 |
thu | feb | 09 | what force and moment equilibrium in 2d? | 5.3-5.4 | n10,s10 |
w06 | 3d equilibrium week | ch 5 | |||
tue | feb | 14 | what's a free body diagram of a 3d system? | 5.5 | n11,s11 |
thu | feb | 16 | what force and moment equilibrium in 3d? | 5.6-5.7 | n12,s12 |
w07 | structures week | ch 6 | |||
tue | feb | 21 | what's truss? | 6.1-6.3 | n13,s13 |
thu | feb | 23 | what's a frame? | 6.6 | n14,s14 |
w08 | internal force week | ch 7 | |||
tue | feb | 28 | what's a shear and moment diagram? | 7.1-7.3 | n15,s15 |
thu | mar | 02 | midterm 2, all day take home, thu 12pm - fri 2pm | 5.1-6.6 | |
w09 | friction and center week | ch 8-9 | |||
tue | mar | 07 | what's friction? | 8.1-8.2 | n17,s17 |
thu | mar | 09 | what's the center? | 9.1-9.2 | n18,s18 |
w10 | that's it week | ch 1-9 | |||
tue | mar | 14 | the last lecture | 1.1-9.2 | |
thu | mar | 16 | problems, problems, problems ... | 1.1-9.2 | n20,s20 |
wed | mar | 16 | final, in class, closed book, 1 cheat sheet | 1.1-9.2 |