Computer Simulation Model for the Stator Subassembly of an Electronic Hydraulic Power Steering Syste - PowerPoint PPT Presentation

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Computer Simulation Model for the Stator Subassembly of an Electronic Hydraulic Power Steering Syste

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Prototypes produced in England. ... Production Forecast. Learning curves. Space constraints. Machine Characteristics. Scrap Rates ... – PowerPoint PPT presentation

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Title: Computer Simulation Model for the Stator Subassembly of an Electronic Hydraulic Power Steering Syste


1
Computer Simulation Model for the Stator
Subassembly of an Electronic Hydraulic Power
Steering System
Second Update October 30, 2001
  • Hugo Sanchez
  • Juan Soto Carlos Terrazas

2
Project Goal
3
Project Goal
Operations Cost Labor Raw Material Currency
4
Project Goal
EHPS
5
Project Goal
6
Objective
Make the transfer of the production line from
London to El Paso feasible through computer
simulation of its critical subassembly and the
factors affecting it.
7
Agenda
  • Project Status
  • Introduction
  • Project Summary
  • Problems Encountered
  • Conclusions
  • Future Work
  • Open Forum

8
Project Status
  • Behind schedule
  • Data collection
  • On schedule
  • Tasks were moved to meet timelines

9
Project Status
10
Background
DANA Automotive components manufacturer. Electron
ic Hydraulic Power Steering System
(EHPS). Prototypes produced in England. El Paso
Facility responsible for transition from
prototypes to mass production.
11
Introduction
Senior Design Team Approach
12
Project Summary
  • Meeting with DANA
  • Time Evaluation
  • Scope of the Project
  • Resources available

13
Project Summary
  • Process
  • Potential Failure
  • Potential Effect
  • Severance
  • Type of Failure
  • Potential Cause
  • Occurrence
  • Detection

Failure Analysis
14
Project Summary
The Subassembly was divided into five
subassemblies.
15
Project Summary
16
Project Summary
17
Project Summary
18
Project Summary
19
Project Summary
20
Project Summary
  • Factors affecting Subassembly
  • Production Forecast
  • Learning curves
  • Space constraints
  • Machine Characteristics
  • Scrap Rates

21
Conclusions
  • Even though the data collection was delayed the
    project is still expected to be completed on
    schedule.
  • More factors affecting the subassembly are
    expected to be added to the simulation.

22
Problems Encountered
Access to data was not available. Access to the
prototype was not available. Promised videos was
not delivered
23
Future Work
  • Next Update
  • Time Study
  • Arena Modeling
  • Constrains Implementation
  • Final Report
  • Arena Model Simulation
  • Results and Recommendations

24
Open Forum
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