September 2014

Bertram Husch International Scholarship Recipient


Tom Kroll.jpg

Congratulations to Thomas Kroll, ME senior, on receiving the first Bertram Husch International Scholarship!

Posted: September 16, 2014
Lewis F. Moody Award


UNH Mechanical Engineering Professor Martin Wosnik and former UNH ME graduate student Nathaniel Dufresne were awarded the Lewis F. Moody Award for their paper: “Experimental Investigation and Similarity Solution of the Axisymmetric Turbulent Wake with Rotation.” The Lewis F. Moody Award is presented by the Fluids Engineering Division of ASME to the most “Outstanding original paper useful to the practice of mechanical engineering.” 

Posted: September 10, 2014
2014 AMSE Fluids Engineering Division Graduate Student Scholar Award

Congratulations to Ivo Nedyalkov, ME PhD student, received an AMSE Fluids Engineering Division Graduate Student Scholar award for 2014 (one of 13 awarded), for his paper titled: “Performance of Bi-Directional Blades for Tidal Turbines.“

This award was newly instituted in 2013, when Ivo won it for the first time. Apparently the judges were impressed again by his new paper for 2014 and his engagement in the Multiphase Flow Technical Committee that Ivo became the first back-to-back recipient.

Ivo pictured in back row, second from right. 

Posted: September 10, 2014

August 2014

Fast Careers

Watch CEPS Fast Careers video clip about Andrew Cunningham, Mechanical Engineering Graduate!

Posted: August 15, 2014

July 2014

Milan Ardeljan, ME Graduate student Awarded the Seaborg Institute Fellowship

Milan Ardeljan, a current ME Graduate student, has been awarded a Seaborg Institute Fellowship to conduct research at the Los Alamos National Laboratory (LANL) in New Mexico this summer. Milan will also be joined at the LANL by his graduate advisor, Professor Marko Knezevic.

See this article for more information.

Posted: July 03, 2014
Article featuring Paige Balcom, ME Undergraduate and Fullbright Summer Institute recipient!

Paige Balcom, ME Undergraduate, received a Fullbright Summer Institute study to the University of Wales this summer. Please read this article for more information about the programs six week stay in Wales. 

Posted: July 03, 2014
Article featuring Professor Marko Knezevic and his work with Turbocam!

See this article for more information about Professor Marko Knezevic and his work with Turbocam!


Internal cavities of a Gas turbine rotor blade Photo courtesy of Turbocam

Read more:

Posted: July 03, 2014

May 2014

ISE Faculty Choice Awards

The Mechanical Engineering Faculty Choice Award at the Interdisciplinary Science & Engineering Symposium (ISE) which took place on April 23, 2014, was given to three teams:

The Computationally Efficient Representation of Statistically Described Material Microstructure for Tractable Forming Simulations, a research project done by Nicholas Landry.

Project Advisor: Marko Knezevic

IMG_2413.JPGProject description: Performing microstructure sensitive metal-forming simulations is widely recognized as a computational challenge because of the need to store large sets of state variables related to material microstructure data. My project was to compact these large sets of statistical microstructure material data to smaller, representative statistical distributions using Fourier spectral methods. The objective is to determine the minimum number of microstructure data to accurately represent the material response. This method was proved, using copper, which has a cubic crystal structure and deforms by slip and zirconium, which has a hexagonal crystal structure and deforms by slip and twinning. The conclusions of this study are that this framework of data compaction works for metals with several symmetries and deformation mechanisms.

The Separation Phenomena in Shear Wake Flows Team:
Mike Auger
Douglas Carter
Amanda Makowiecki

Project Advisor: Joe Klewicki

IMG_2403.JPGProject Description: Our team is studying the formation of horseshoe vortices that result from a shear wake flow around a cylinder i.e two different parallel flow velocities that converge at the end of a vertical splitter plate and pass over a horizontal cylinder downstream. The vortices are being investigated over a range of flow velocity combinations and cylinder sizes. The goal is to develop a better understanding of the mechanism by which these vortices form.

Modeling Machining Distortion Using the Crystal Plasticity Finite Element Method, a research project done by Daniel Savage.

Project Advisor: Marko Knezevic

IMG_2388.JPGProject description: Distortion that occurs during machining processes is an expensive problem for the aerospace industry, wherein materials can have a fly-to-buy ratio exceeding 8 to 1. High cost for parts is often due to material loss, to scrap rate, and to time spent developing and implementing machining procedures to circumvent distortion. The hypotheses of this capstone project is that by modeling the last forging operation on a material and subsequent machining passes, an optimized forging and machining procedure can be developed to reduce material scrap, and the time and the quality of method used for circumventing machining distortion can be greatly improved. A combined modeling and experimental strategy is being utilized to develop the tools needed to thoroughly test this hypothesis. The four main tasks of the project have been: 1) A material subroutine to be used in finite element analysis (FEA) was written from the ground up for GPU platforms, achieving over three orders of magnitude increase in speed and allowing tractable multi-scale crystal plasticity simulations; 2) a four-point bending simulation was created as a test case for model validation; 3) the methodology for simulating machining and automating the simulation procedure was implemented in FEA software Abaqus using Python; and 4) the current task, consisting of experimental validation of the model through relaxing the stress state through annealing, performing a four-point bending test, machining a part, and measuring distortion using a computer measurement machine (CMM).

Posted: May 15, 2014
ISE Honorable Mention Poster Award

The Honorable Mention Poster Award at the Interdisciplinary Science & Engineering Symposium (ISE) which took place on April 23, 2014, was given to:

The UNH Aero SAE team:
Spencer Zimmerman
Steven Dvorak
John Stowell
Michael Kirby
Patrick Dodd 

Project Advisors: Todd S Gross and Glenn Shwaery

IMG_2408.JPGProject description: The University of New Hampshire Aero Team is an interdisciplinary engineering design team whose core objective is to model, construct, and operate a precision UAV cargo aircraft. The UNH Aero team has constructed an aircraft capable of accurately dropping a three pound payload to a target at ground level from a minimum altitude of 100 feet. The team's design was made to confide to the Society of Automotive Engineers (SAE) design requirements in order to compete in the SAE Aero Design International Competition.

Posted: May 15, 2014
ISE First Place Poster Award

The First Place Poster Award at the Interdisciplinary Science & Engineering Symposium (ISE) which took place on April 23, 2014, was given to:

The Research & Development of WingTip Devices for Hydro-Kinetic Turbines and other Marine Applications team: 
John Brindley and Jesse Shull 
Project Advisor: Martin Wosnik
IMG_2342.JPGProject description: Novel wingtip devices were designed for hydrokinetic turbines in order to avoid biofouling and to reduce or control cavitation and wingtip vortices. A legacy testing apparatus was designed using Solidworks and employed finite element analysis to ensure longevity. The WEBFM (Wingtip Elliptical Base Foil Mount) has an extension piece so that different wingtips can be cheaply manufactured. Multiple devices were designed in both GNU Octave and Solidworks and tested using the open source computational fluid dynamics package OpenFOAM. A novel device coined the SplitTip shows promise in countering the effects of wingtip vortices and is now patent pending. DMLS (Direct Metal Laser Sintering) was provided by TurboCam to create the various wingtip devices. The WEBFM and wingtip devices were assembled and tested in UNH’s HiCAT (High-speed CAvitation Tunnel). Comparison of the HiCAT and OpenFOAM models will be presented.

Posted: May 15, 2014
ISE Student Choice Award

The Mechanical Engineering Department Student Choice Award at the Interdisciplinary Science & Engineering Symposium (ISE) which took place on April 23, 2014, was given to:

The Wave Energy Conversion Buoy Team:
Carl Smith
Joe Henderson
Corey Sullivan 
Project Advisors: Rob Swift and Ken Baldwin

IMG_2229.JPGProject description: The Wave Energy Conversion Buoy (WECB) is a senior design project in the Undergraduate Ocean Projects course for the 2013/2014 school year. The WECB team’s goal is to design and construct a point absorber wave energy device, which will generate electrical power from ocean waves. This point absorber buoy generates power by using the relative motion between two buoys (the middle spar buoy and the follower “donut” buoy) to drive a rack and pinion gear system that in turn spins a generator. The intent of the project is to demonstrate wave energy as a viable source of renewable energy for powering the Shoals Marine Laboratory located on Appledore Island, Isles of Shoals, off the coast of Maine and New Hampshire. The buoy will be tank tested, and implemented for a one-two week period of time in April at a site located off the eastern shore of Appledore Island.

Posted: May 15, 2014

April 2014

Congratulations to Paige Balcom!!

Congratulations to Paige Balcom, ME Junior, who has received a prestigious place on a 2014 Fulbright Summer Institute in Wales, UK.

See the press release here for more information!

Posted: April 25, 2014
Congratulations to the Granite State Ventures Team!

Congratulations to the Granite State Ventures Team, which includes two ME Seniors, Andrew Nelligan and Jeffrey Moore, whose project won the INTEL Innovation award for the top project in the 24th annual Environmental Design Contest at New Mexico State University!

For more information, please read the article in UNH Today here

Posted: April 24, 2014
CEPS Graduate Fellowship

Congratulations to Daniel Savage, ME Senior and Yunyao Jiang, ME Master’s student, who were chosen to receive the prestigious CEPS Graduate Fellowship for AY 2014-15.  Daniel will pursue his doctoral degree in the field of computational mechanics under Dr. Marko Knezevic, and Yunyao will stay on to pursue his doctoral degree in the field of mechanics of materials under Prof. Yaning Li.

Posted: April 10, 2014

March 2014

Professor Wosnik Receives Patriotic Employer Award

Click here to read the article about Professor Wosnik's award for the support of a student in the military!

Posted: March 20, 2014