Assistant Director of IT
We are hosting MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
Dear ENME and ENRE,
We are hosting MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
Dear ENME and ENRE,
We are hosting MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
Title: Forward Heating in Wind-driven Flames
Date: Friday, July 14, 2017
Time: 2:00 PM – 4:00 PM
Abstract: Wildland fires pose a significant threat to the environment and society at large. While steps have been taken to predict their behavior, the large amount of unknowns and the intermittent nature of the fire itself makes predictions much harder than those typically encountered with the built environment, especially under the influence of wind. It’s well known that the spread rate of a fire depends largely on forward heating from the flame to unburnt fuels. In wildland fires, the intermittent nature of fame is thought to be important to the flame spread process. In this work, both the averaged and time-dependent aspects of the flame will be studied, including the total heat flux distribution on the downstream surface, flame extension and attachment, and flame pulsation frequencies. Correlations of these properties, dependent on both fire size and ambient wind will provide a means to describe the fuel heating and ignition processes in wildland fires.
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
We are having MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
Dear ENME and ENRE,
We are having MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA
Title: THERMOPLASTIC MICROFLUIDIC PCR TECHNOLOGIES FOR NEAR PATIENT DIAGNOSTICS
Date: Thursday, June 15
Time: 2:00 PM
Location: DeWALT seminar room (Glenn L. Martin Hall)
Dr. Ian White – Dean’s Representative
Finally, a 768-element staggered trap array is demonstrated, with highly reliable passive loading and discretization achieved within 5 min. Finally, a technique for reagent integration by pin spotting affords simplified workflow, and the ability to perform multiplexed PCR. Reagent printing formulations were optimized for stability and volume consistency during spotting. Paraffin wax was demonstrated as a protective layer to prevent rehydration and reagent cross contamination during sample loading. Deposition was accomplished by a custom pin spotting tool. A staggered trap array device with integrated reagents successfully amplified and validated a 2-plex assay, showing the potential of the platform for a multiplexed antibiotic resistance screening panel.
Dear ENME and ENRE,
We are having MEGA Coffee Hours again this FRIDAY from 9am until 11am. Coffee, donuts, and bagels with cream cheese will be provided. Stop by to chat and network with us and your peers.
What: MEGA (Mechanical Engineering Graduate Student Association) Coffee Hours
When: Fridays, 9:00 – 11:00 am
Where: Glenn Martin Hall Rm 2160 (next to the DeWalt Conference and Seminar rooms)
Looking forward to seeing you there,
MEGA