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Materials Processing >> Content Detail



Calendar / Schedule



Calendar

The calendar below provides information on the course's lecture (L) and recitation (R) sessions.

AP = Prof. Adam Powell, RK = Prof. Randolph Kirchain, WP = Wanida Pongsaksawad (course TA)


SES #TOPICSMOTIVATING PROCESSESINSTRUCTORSKEY DATES
L1IntroductionAP
R1Math ReviewWP
I. Solid Heat Treatment
L2Introduction

Energy Conservation and 1-D Conduction
VariousAP
L3Sphere Generation

Multilayers
AP
L4Multilayers (cont.)

Biot #

Finite Differences
Glass-ceramicsAP
R2Heat Flow through Multilayer Sheet and CylinderWP
L5Finite Differences (cont.)

Radiation
Polymer ExtrusionAP
L6Dimensional AnalysisFurnace WallDavid Dussault (Guest Lecturer)Problem set 1 due
L7Radiation (cont.)

Convective Cooling Curves

Dimensionless Graphs
Thermal SprayAP
R3Dimensional AnalysisJose Vieyra
L8Convective Cooling Curves (cont.)AP
II. Engineering Economics
L9IntroductionRK
L10Cost Modeling I: Unit OperationsPizza OvenRKProblem set 2 due
R4Economic Models in EngineeringWP
L11Cost Modeling II: Cost Factors and ScaleRK
III. Liquid-Solid Processing
L12Moving BodiesVacuum Arc RemeltingAP
L13Moving Bodies (cont.)

Stability
CastingAPProblem set 3 due
R5Casting: Solid-Liquid ProcessWP
L14Stability in Alloy SolidificationInjection MoldingAP
IV. Fluid Behavior
L15Introduction

Newtonian Fluids
AP
L16Test 1AP
R6Fluid Flow and Drag Force on a Sphere, with ExamplesWP
L17Viscous ShearAP
L18Tubes

Flow Rate

Sphere Flow
Precipitation, BubblesAP
L19Sphere Drag and Reynolds NumberAP
L20Engineering and Society

Particle Velocity
Lessons of 9/11AP
L21Friction Factors

Boundary Layers
AP
L22Plate Drag

Turbulence
FermentationAPProblem set 4 due
R7Friction Factors and Drag Forces

Turbulence
WP
L23Turbulence (cont.)FermentationAP
L24Batch and Continuous Flow ReactorsFermentationAPProblem set 5 due
L25Chemical Reactors

Porous Media
AP
R8Batch/Continuous Flow Reactors

Flow through Porous Media
WP
L26Porous Media (cont.)AP
V. Deformation Processing
L27Non-newtonian FlowVariousAPProblem set 6 due
L28Deformation MechanismsPolymers, MetalsAP
R9Test 2 Review

Warm Up Practice Problems
WP
L29SinteringHIP, CMAP
L30Test 2AP
L31Consolidation ProcessesHIP, CMAP
VI. Vapor-Solid Processes
L32Evaporation ProcessesZirconia PVDAP
R10Sintering (Stage I and Stage II)

Evaporation
WP
L33Vapor Phase Transport

Structure Formation
Thin FilmsAPProblem set 7 due
L34Patterning

Polymer Deposition
Polymer SputterAP
L35Coherent/Expitaxial Films

Nanostructure Formation
VLSAP
R11Mean Free Path

Structure Zone Model

Fabrication Processes
WP
VII. Special Topics
L36Process SelectionAPProblem set 8 due
L37Costs of Materials UsageRK
L38Wrap UpAP

 








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