Table of Contents
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Project Summery
Construction of a modular system that will allow reproduction of the flows and pressures associated with hemodynamic systems. This system will allow conduct of experiments and design verification associated with fundamental signal sources and properties associated with a biological circulatory system. It will entail components that will allow the generation and measurement of arbitrary dynamic flow rates, volumes, pressures and the impact of variations of the characteristics of system components such as vessel size, compliance, fluid constitution and topology. It will be constructed in a way that measurement of fundamental hydrodynamic properties can be carried out by a variety of invasive and non-invasive means (e.g., moving vane flow meters and doppler ultrasound). It will have an electronic control module that will provide a standard bidirectional communication link that will allow it to be controlled, modified and monitored via a standard computer application as well as in a preprogrammed, stand-alone fashion. The control module will have the capability of a stand-alone user interface to provide basic system operational parameters such as flow rates, pressure ranges and stored parameter waveforms and settings so that it can be used without a dedicated computer.
Overview Information
- Project Name
- Modular Hemodynamic Flow Simulation System (P08026)
- Project Track
- Assistive Device/Bioengineering
- Project Family
- Bioengineering Fundamentals
- Project Terms
- 2007-1 (Fall) and 2007-3 (Spring)
- Faculty Guide and Primary Customer
- Dr. Daniel Phillips
- Associate Professor
- Electrical Engineering, dbpeee@rit.edu
- Faculty Consultant
- Dr. Steven Day
- Consultant and Major Contributor
- Dr. Karl Schwarz of Strong Memorial Hospital
- Additional Assistance Provided By
- Dr. David Borkholder (RIT EE), Dr. Richard Doolittle (RIT Medical Science), Dr. Risa Robinson (RIT MechE) and Dr. Mark Smith (RIT MERIT)
Team Members and Responsibilities
- Amanda Clark
- arc6300@rit.edu
- Mechanical Engineer (Biomedical Engineering Focus)
- Charles Marion
- crm3730@rit.edu
- Industrial Engineer
- Daniel Wisniewski
- drw9607@rit.edu
- Electrical Engineer (Biomedical Engineering Focus)
- Jason Brown
- jeb8828@rit.edu
- Mechanical Engineer
- Jonathon Kelso
- jdk0198@rit.edu
- Electrical Engineer
- Matthew Hicks
- hicks.matthew@ieee.org
- Electrical Engineer (Biomedical Engineering Focus)
Project Based Documentation
Project Summary
1 Page Summary of Project (Word Document)
Additional Summary Information About This Project (Word Document)
Planning
Project Readiness Package (Word Document)
Preliminary proposal files and references
Team Schedule for SD I (Project Document)
Team Schedule for SD II (Project Document)
Statement of Work for SDII (PDF)
Concept Development
Customer Needs (Excel Document)
Critical Sub-Functions (Word Document)
Functional Diagram (Visio File)
Possible Pump Solutions (Word Document)
Engineering Requirements (Word Document)
Engineering Specs (Word Document)
Establish Target Specifications (Excel Document)
Comparison of Possible Pumping Techniques (Excel Document)
Bill of Materials for Final Project(UPDATED 5/22/08) (Excel)
System Level Design
Complete System Product Architecture
Detail Design
CAD Drawing of Entire System (PDF)CAD Drawing of Heart Chamber (PDF)
CAD Drawing of Compliance Chamber (PDF)
CAD Drawing of Vascular Resistance Block (PDF)
CAD Drawing of Tee Valve (PDF)
CAD Drawing of Side Assembly (PDF)
Pictures
Entire System (JPEG)Testing and Refinement
Preliminary Testing Concept (Excel Document)
Published Documents
Concept Design Review Documents (SD I, PPT)
Managerial Design Review Presentation (SD I, PPT)
Final Paper and Presentations
Final Paper DRAFT (as of 5/2) (Word Document)