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Milestone 0

The Team

  • Rup

  • Matt

  • Moamen

  • Jad

1p13TeamPortrait.PNG

Roles

1p13TeamRolesP1.png

Milestone 1

Pre-Project Research Memo

ResearchMemo1.png

Initial Problem Statement

InitialProblemStatement1.png

Refined Objective Trees

Scenario 1

Situation1.png

Scenario 2

Situation2.png

Scenario 3

Situation3.png

Scenario 4

Situation4.png

Milestone 2

Refined Turbine Problem Statement

Refined Problem Statement.png

Turbine Blade Problem Statement

RefinedBLADEProblemStatement.png

Assigned Scenario Objective Tree

FinalScenario3ObjectiveTree.png

Top Objectives

1p13TOPObjectives.png

Objective Metrics

Objective1.png

1: Efficiency

Objective2.png

2: Reliability

Objective3.png

3: Simplicity

Milestone 3B

Stage 1

Theoretical deflection calculation

DesignStudioCalculation.jpg

Stage 2

Design of blade with given properties

Milestone3PortfolioPic1.png
Milestone3PortfolioPic2.png
Milestone3PortfolioPic3.png

Stage 3

Pressure simulation of brass blade

TurbineBladePressureSimulation.png

Milestone 3A

Stage 1

MPI Selection

P1_Stage1Milestone3.png

Stage 2

Material Selection: MPI and Material Ranking

P1_Milestone3A_Stage2.png

Stage 3

Consolidation of individual material rankings and finalizing top 3 material candidates

P1_Milestone3A_Stage3.png
P1_Milestone3A_Stage 1.png

Construction of decision matrix for final material

P1_Milestone3A_Criteria Ranking.png
P1_Milestone3A_DecisionMatrix.png

Justification of final material (High Carbon Steel) and properties

P1_Milestone3A_FinalJustification.png
P1_Milestone3A_MaterialProperties.png

Milestone 4

haytaogj_P1_Milestone4.jpg
Milestone4_DeflectionSimulation.png

Stage 1

Determining the required thickness range for the turbine blades

Simulating deflection ranges to find ideal thickness

Milestone4_PeerInterviewNotes.png

Peer Interviews

Milestones

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