Part of the Mechanical Engineering Commons

Works by Scott Miers in Mechanical Engineering

2020

Development of a turbulent burning velocity model based on flame stretch concept for SI engines, Behdad Afkhami, Yanyu Wang, Scott Miers, Jeffrey D. Naber
Michigan Tech Publications

Experimental study of spark plasma stretching and combustion variations analysis using flame luminosity images from an optically accessible internal combustion engine, Behdad Afkhami, Yanyu Wang, Scott Miers, Jeffrey D. Naber
Michigan Tech Publications

2019

Experimental determination of flame speed and flame stretch using an optically accessible, spark-ignition engine, Behdad Afkhami, Yanyu Wang, Scott Miers, Jeffrey D. Naber
Michigan Tech Publications

2017

Experimental study of flame stretch under engine-like conditions, Behdad Afkhami, Yanyu Wang, Scott Miers, Jeffrey D. Naber
Michigan Tech Publications

2016

Carbureted SI Engine Air Flow Measurements, Behdad Afkhami, Yu Zhao, Scott Miers, Jon Gregory Loesche
Michigan Tech Publications

Performance, Efficiency and Emissions Assessment of Natural Gas Direct Injection compared to Gasoline and Natural Gas Port-Fuel Injection in an Automotive Engine, James Sevik, Michael Pamminger, Thomas Wallner, Riccardo Scarcelli, Ronald Reese, Asim Iqbal, Brad Boyer, Steven Wooldridge, Carrie Hall, Scott Miers
Michigan Tech Publications

2013

Meeting RFS2 Targets with an E10/E15-like Fuel - Experimental and Analytical Assessment of Higher Alcohols in Multi-component Blends with Gasoline, Thomas Wallner, Andrew Ickes, Kristina Lawyer, Scott Miers, Jeffrey Naber, David Ertl, Rodney Williamson
Michigan Tech Publications

Impact of ignition energy phasing and spark gap on combustion in a homogenous direct injection gasoline SI engine near the EGR limit, Wei Chen, Daniel Madison, Paul Dice, Jeffrey Naber, Bo Chen, Scott Miers, Michael Czekala, Chris Glugla, Qiuping Qu, Garlan Huberts
Michigan Tech Publications

Blend ratio optimization of fuels containing gasoline blendstock, ethanol, and higher alcohols (C3-C6): Part II - Blend properties and target value sensitivity, Kristina Lawyer, Andrew Ickes, Thomas Wallner, David Ertl, Rodney Williamson, Scott Miers, Jeffrey Naber
Michigan Tech Publications

Blend ratio optimization of fuels containing gasoline blendstock, ethanol, and higher alcohols (C3-C6): Part i - Methodology and scenario definition, Kristina Lawyer, Andrew Ickes, Thomas Wallner, David Ertl, Rodney Williamson, Scott Miers, Jeffrey Naber
Michigan Tech Publications

2012

Development of a micro-engine testing system, Andrew Wiegand, Scott Miers, Jason Blough, Darin Kowalski, Andy Biske
Michigan Tech Publications

2010

Measurement of dry soot and particulate matter from two-stroke and four-stroke snowmobiles, Scott Miers, Christopher Green, Jay Meldrum, Christine Lundberg, William Silvis, Harry Pankratz
Michigan Tech Publications

2009

Development of an in-service snowmobile emission test procedure for the SAE clean snowmobile challenge, Christopher J. Weingartz, Scott Miers
Michigan Tech Publications

Determination of heat transfer augmentation due to fuel spray impingement in a high-speed diesel engine, Christopher J. Weingartz, Christopher Anderson, Scott Miers
Michigan Tech Publications

2002

Design and testing of a single cylinder, turbocharged, four-stroke snowmobile with E.F.I. and catalytic exhaust treatment, Joseph A. Wegleitner, Scott Miers, Ryan D. Hayes, Scott P. Heim, Dan P. Hoffman, Bernhard P. Bettig
Michigan Tech Publications