Dr. Sutton's research and interests include coherent and incoherent optics applications, experimental mechanics, digital image processing, Computer Vision, applications of integral methods and experimental mechanics, boundary valve problems, plastic fracture mechanics, finite elements modeling of cracked bodies.
Biographical Profile
College
Molinaroli College of Engineering & Computing
Department
Mechanical Engineering
Interest Background
Do you include students in your research?
Undergraduates and Graduates
Interest Keywords
2D and 3D computer vision, micro- and nano-scale measurement methods using AFM and SEM; Fracture mechanics for ductile and brittle materials; application of measurement methods to bio-materials; model development and validation
2D and 3D computer vision, Micro- and Nano-scale measurements , Fracture mechanics
Professional Preparation(Education & Training)
Dates
Institution
Location
Degree
Field of Study
08/1977 - 06/1981
University of Illinois
Champaign-Urbana, Illinois
Doctor of Philosophy
Theoretical and Applied Mechanics
01/1973 - 06/1974
Southern Illinois University
Carbondale, Illinois
Masters of Science
Mechanics and Materials
08/1968 - 06/1972
Southern Illinois Universtiy
Carbondale Illinois
Bachelors of Science
Mechanics and Materials
Memberships & Professional Activities
Dates
Type
Description
Institution/Entity
08/1977 - Present
Membership
Society for Experimental Mechanics
08/1982 - Present
Membership
American Society for Mechanical Engineers
Positions & Appointments
Dates
Description
Institution/Entity
06/1990 - 06/1991
Southern Illinois University Alumni of Year
08/1994 - Present
Professor of Mechanical Engineering
05/1995 - Present
Carolina Distinguished Professorship
06/1999 - Present
Fellow, Society for Experimental Mechanics
05/2001 - 06/2002
President, Society for Experimental Mechanics
05/2004 - Present
Fellow, American Society for Mechanical Engineers
06/2006 - 01/2009
SRNL University Liaison
Carolina Distinguished Professors
University of South Carolina
Recognition Awards, Honors, & Fellowships
Dates
Type
Description
Foundation/Entity
1985
Award
Presidential Young Investigator Award, National Science Foundation
1996
Award
USC Educational Foundation Research Award for Science, Mathematics and Enginnering
University of South Carolina
2000
Award
Vice-President, Society for Experimental Mechanics
2001
Award
President, Society for Experimental Mechanics
2010
Award
Honorary Doctorate Causa Honoris, Chalons University, Paris, France
2013
Award
Murray Medal Lecture
,â 2013 Society for Experimental Mechanics Conference in Lombard, Chicago
2014
Award
Carolina Trustee Professorship Award
University of South Carolina
2021
Award
Engineering Science Medal for his “pioneering contributions” to the fields of experimental solid mechanics and materials characterization through his creation of digital image correlation technology (DIC)
Society of Engineering Science
2022
Award
Timoshenko Medal
The American Society of Mechanical Engineers (ASME)
Award
Carolina Distinguished Professorship
University of South Carolina
Award
CE Taylor Award for Lifetime Contribution, Society for Experimental Mechanics
Award
Fellow, American Society for Mechanical Engineering
Award
Alumni of the Year
Southern Illinois University
Award
College of Engineering Research Achievement
University of South Carolina
Award
MM Frocht Education Contribution Award, Society for Experimental Mechanics
Award
Peterson Award, Best Solid Mechanics Paper, Journal of Experimental Mechanics
Award
B.J. Lazan Research Award, Society for Experimental Mechanics
Award
Fellow, Society for Experimental Mechanics
Award
Hetenyi Award Outstanding Research Paper, Journal of Experimental Mechanics
2020
Honor
Inducted into the National Academy of Engineering for creation of digital image correlation-based measurement technology and its dissemination through commercialization and applications in industry
National Academy of Engineering
The two sections below (Awards and Pending Proposals) are only viewable by PIs, business managers, chairs, and deans.
Facilities
Laboratory
Facilities include a sophisticated mechanical test capabilities (including high-vacuum environmental chambers and dynamic loading systems), optical strain analysis equipment for field and laboratory use, atomic force microscope and nano-scale test system and a unique friction stir welding process development system for manufacturing joints under controlled process conditions. A partial listing of the facilities is given below. METALLIC PROCESSING Two friction stir welding systems MTS Process Development System Supermill FSW system MECHANICAL AND TENSILE TESTING EQUIPMENT MTS 50Kip tension/compression loading system with TESTAR digital controls MTS 20 kip tension/compression loading system with fatigue testing software DYNAMIC TESTING EQUIPMENT One single axis MTS drop weight platform One Dynatup drop weight tower for impact testing One air gun system for impact testing of components One air gun system for Split Hopkinson Bar, high strain rate testing of materials BIOMECHANICAL TEST FACILITIES Fully equipped BOSE 3200 test system DMA software for polymer property studies 2 tension loading configurations (50lb and 5lb) 2 torsion loading configurations (2 Nm and 20Nm) Environmental chamber for bio-tissue studies OPTICAL and COMPUTER VISION One Nikon stereo microscope with small scale load frame for advanced materials testing and evaluation. Two IMACON 200 ultra high speed cameras to acquire images at 200 million fps Two moderate speed Phantom Cameras (20000 fps) for low speed impact event measurements. Software to convert images into accurate 3D deformation maps for specimens
Animal
Use of animals in research is performed by my medical school colleagues. The animals used are rats and mice.
Clinical
Not at this point.
Other
MECHANICAL TEST EQUIPMENT Instron 50 kip tension/compression loading system with fatigue testing software Instron 20 kip tension/compression system-vacuum & moderate temperature chambers One 100Kip Tinius Olsen Screw Driven test system with Dage MTI digital control system HIGH TEMPERATURE TEST FACILTIES Three 1200oC test chambers for high temperature testing Twelve 200oC creep chambers for moderate temperature testing of polymers DYNAMIC TEST FACILITIES One single axis MTS vibration system One instrumented Charpy Impact Testing System
SOUTHEASTERN MICROSCOPY CENTER EQUIPMENT Three Scanning Electron Microscopes 1 Transmission Electron Microscope 1 High Resolution Transmission Electron Microscope 1 Scanning Tunneling Electron Microscope Wide range of optical microscopes
Major Equipment
(Shared) 2-IMACON 200 Digital Ultra high speed cameras (200million FPS)
(Shared) BOSE 320 Biomechanical Test System for Soft and Hard Tissue