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1
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JAN 9
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Website tour, course requirements, content, grading, schedule, labs, reporting, comp.engr. sciences intro. |
FE.1-5
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1 |
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2
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14
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Problem statements in
engineering, DM, DP, DE, physics closure, PDE+BCs
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PS.1-12
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2
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L-1
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3
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16
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Heat conduction, GWSh for
DE,n =1,FE form, BCs, accuracy, convergence. |
HC.1-12
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4
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P-1
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4
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21
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DE study problem,
Matlab computer lab, GWSh, online reporting
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HC.13-15
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4, 5
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L-2
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L-1
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5
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23
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Steady heat transfer,
convection, radiation BCs, IC engine cylinder
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HT1.1-7
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5, 6
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P-2
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6
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28 |
IC engine cylinder,
Matlab computer lab, online reporting
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HT1.7-11
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6
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P-1
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L-3
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7
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30
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Multi-dimensional
heat transfer, DP, DE,non-D groups, mixed convection, element
geometries, FE formulation
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HTn.1-8
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5, 7
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L-2
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8
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FEB 4
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Mixed convection on
cylinder, buoyancy, COMSOL design study |
HTn.9
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11 |
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P-2
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L-4 |
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9
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6
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COMSOL design study completion
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HTn.9
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11 |
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L-3
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10
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11
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Structural mechanics,
beam, column, dP forms, Euler-Bernoulli & Timoshenko FE
formulations
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SM1.1-6
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5 |
P-3 |
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11
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13
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Euler-Bernoulli,
Timoshenko beams, Matlab computer lab
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SM1.6
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5 |
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L-5
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L-4
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12
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18
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Multi-dimensional
structural mechanics, DP, DE for elasticity, FE
implementation, stiffness & load matrices
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SMn.1-5
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11 |
P-4 |
P-3 |
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13
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20
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GWSh
structural mechanics, plane stress/strain, FE matrices, template
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SMn.6-10
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11 |
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L-5
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14
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25
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Plane stress, plate in
tension with hole, COMSOL design study |
SMn.10-11
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11 |
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P-4
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L-6
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15
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27
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Mechanical vibrations,
dP for spring-damper-mass for 1 and >1 DOF systems, time integration, Lagrangian, normal
mode solution
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MV1.1-6
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P-5 |
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16
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MAR 4
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Mechanical vibrations,
continuum systems, Lagrangian, GWSh for vibrating E-B beam
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MVn.1-8
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5 |
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L-6
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| 17 |
6 |
Vibrating
E-B beam, GWSh, FE Hermite basis, normal mode solution,
Matlab computer lab |
MVn.8-10 |
5 |
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L-7 |
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18
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11
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L-shaped membrane, FE
normal mode solutions, COMSOL design study |
MVn.10-11
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11 |
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L-8 |
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19
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13
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Fluid mechanics, laminar, DM, DP, DE,
non-D, simplifications, aerodynamics
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FM.1-7
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2 |
P-6 |
P-5 |
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L-7
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18
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Spring Break - no
class
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20
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Spring Break - no
class
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20
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25
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Aerodynamics,
potential flow, Matlab computer lab, boundary layer flow, turbulence
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FM.7-14
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5 |
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L-9
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21
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27
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Navier-Stokes, laminar,
incompressible stream-function vorticity, BCs, GWSN
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FM.15-23
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11
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L-8 |
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22
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APR 1
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NS(omega, psi), GWSh,
Newton, step-wall diffuser, COMSOL design study |
FM.23
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11 |
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L-10 |
L-9 |
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23
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3
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Unsteady scalar transport,
DE, GWSN, time integration, GWSh, error
estimates
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ST1.1-1.7
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9 |
P-7 |
P-6
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24
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8
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Steady ST, Pe problem,
unsteady ST, traveling wave, Matlab computer lab
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ST1.8-1.9
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9 |
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L-11
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L-10 |
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25
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10
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Multi-dimensional
unsteady heat/mass transport, GWSh, dispersion error
control
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STn.1-7
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9, 10 |
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26
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15
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n-D scalar transport,
Pe problem, rotating cone, Matlab computer lab
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STn.8-11
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10
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L-12 |
L-11 |
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27
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17
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Conjugate heat-mass
transport, COMSOL computer lab |
STn.12
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11 |
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P-7
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L-13
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L-12 |
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28
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22
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Course content summary
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SU.1-14
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29
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24
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student assessment,
Take-home final exam |
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L-13
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30
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May 6
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Final exam due mounted
by midnight
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Computational Engineering Sciences,
A.J. Baker (2012)