p16371 - controlled oscillating meniscus test fixture

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Subsystems Design Review

P16371 - Controlled Oscillating Meniscus Test Fixture

RIT Thermal Analysis Microfluidics and Fuel Cell Lab

PresentersCharles Krouse, Joseph Baldwin, Robert Walkowiak

and Alyssa Recinella

October 22, 2015

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Team RolesCharles Krouse: Team Lead

Robert Walkowiak: Master Builder

Alyssa Recinella: Communications

Joseph Baldwin: Lead Engineer

10/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab Slide 2

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Customer Requirements

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RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Engineering Requirements

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RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

System Schematic

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RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Subsystem Breakdown

• Subsystems• Fluid Injection• Oscillator• Capacitance Sensor• PID/LabVIEW• Visibility • Height Adjustment

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RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Fluid Injection

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Responsibility: Charlie

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Capacitance Sensor

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Responsibility: Joe

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Visibility

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Responsibility: Everyone

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

PID/LabVIEW

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Responsibility: Rob

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Height Adjustment

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Responsibility: Rob

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Height Adjustment - Preliminary Testing

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● Stage found in the lab● Has relatively fine

adjustment● Need to fabricate base

plate to mount it securely to the isolation table

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Height Adjustment - Preliminary Testing

10/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab Slide 13

● For flexibility of injection system to allow for needle to move chose brake lines

● Can withstand high pressures (3,000psi+)

● “Stainless Steel” lines have teflon tube to carry brake fluid, covered by stainless steel mesh for protection

● Robust and cost effective

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Oscillator

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Responsibility: Alyssa

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Oscillator - Preliminary Testing

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Left: Big speaker, water droplets on top of plastic membrane Center: Amplifier used to control speakers and volume

Right: Mylar speaker with water droplets on top of plastic membrane

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Oscillator - Preliminary Testing

10/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab Slide 16

● Approached Dr. Lam to discuss speaker dampening ● Two really important points

○ Added noise in graphs due to lights■ No way to get rid of that■ Can implement a filter to reduce the noise

○ We should be wearing earplugs!! ■ Certain frequencies can be damaging to our ears ■ All feasibility testing was done wearing earplugs

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Oscillator - Preliminary Testing

10/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab Slide 17

The small speaker

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Oscillator - Preliminary Testing

10/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab Slide 18

The big speaker

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Feasibility Testing Plan

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RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

The Next 3 weeks

Slide 2010/22/2015 RIT Thermal Analysis Microfluidics and Fuel Cell Lab

● Joe and Alyssa will design a fixture to hold the speaker and test oscillations○ Rob will construct the fixture ○ Collecting data

■ Need to make sure the meniscus is oscillating at the same frequency that the speakers are outputting● Using high speed cameras and consulting

experts ● Feasibility analysis on the capacitance sensor with

oscillations ● Purchasing brake lines and stainless steel syringe● Rearranging system layout ● Baking more cookies and a bike ride

RIT Thermal Analysis Microfluidics

and Fuel Cell Lab

Thank youQuestions?

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