TAB Periodicals Committee
Periodicals Review and Advisory Committee (PRAC)
Report for the IEEE Transactions on Industry Applications
Date of Review: February 2017
First draft returned by S/C for review: January 9, 2017
Post-review draft returned to S/C: March 1, 2017
|
Adjusted draft returned by S/C: March 31, 2017
Final report submitted to TAB Periodicals Committee: June 22, 2017
|
TAB Periodicals Review and Advisory Committee Members:
Michael Polis TAB PRAC Chair
Jim Keller TAB Transactions Committee Chair
Joseph Tront TAB Magazine and Newsletter Committee Chair
Steve Yurkovich TAB Periodical Partnership Opportunity Committee Chair
William Emery TAB Periodicals Committee Chair
Syed Islam Member
Ross Stone Member
Gary Yen (Lead Reviewer) Member
Seth Hutchinson Member
Hulya Kirkici Member
Jane Chu Prey Member
Vladik Kreinovich Member
John Baillieul Member
Sergio Benedetto Member
John R. Vig Member
Attendees:
Tomy Sebastian, President, Industry Applications Society
Ahmed Rubaai, VP Publications, Industry Applications Society
Thomas A. Nondahl, Editor-in-Chief, Transactions on Industry Applications
H. Landis Floyd, Editor-in-Chief, Industry Applications Magazine
Patrick McCarren, Executive Director, Industry Applications Society
Louie J. Powell, Scholar One Manuscripts Administrator, Industry Applications Society (by phone)
Overview
The Charter of the TAB Periodicals Committee states that the Committee has oversight responsibility for all Society/ Council (S/C) periodicals. Specifically, the IEEE TAB Periodicals Committee is charged with: ensuring timeliness and quality of TAB periodicals; assessing proposals for new periodicals and making recommendations to TAB; resolving conflicts between S/Cs on issues of publications; informing TAB on new developments in the area of periodicals; and, assessing and recommending to TAB annual charges for IEEE periodicals. To carry out its responsibilities to TAB, and in particular to address the issues of timeliness and quality, the Periodicals Committee has instituted a five-year review cycle of S/C periodicals, conducted in coordination with the S/C review. The review process is carried out by a subcommittee of the Periodicals Committee, the Periodicals Review and Advisory Committee (PRAC).
Objectives of the Periodicals Review Process
The objectives of the PRAC review process are to:
examine timeliness and quality;
assure that periodicals comply with IEEE policies and procedures;
assist the S/C in enhancing self awareness of its periodicals;
determine the financial health of the publications (input from TAB Finance Committee); and,
provide suggestions for improvements and share best practices from other S/Cs.
The Review should be viewed as a positive vehicle, with volunteers assisting other volunteers to ensure that all the IEEE periodicals continue to maintain the highest of standards.
Review and Reporting Process
The Review process consists of a face-to-face component and the completion of a report:
For convenience of the S/C, the report is separated into components, for which the following templates are provided to the S/C several months in advance of the scheduled Review:
a summary template in which the S/C provides information that pertains to all of its periodicals;
individual templates for each of the S/C periodicals being reviewed (completed by Editor-in-Chief).
S/C responses (completed first draft of summary and individual periodical reports), along with other relevant information, are provided to the PRAC by the S/C several weeks prior to the face-to-face review. Financial information on the periodicals is inserted by TAB Finance.
The PRAC meets with the S/C officers and periodicals editors in the face-to-face review session scheduled during a TAB series meetings (on a five year cycle for each S/C).
After the face-to-face review session, the PRAC returns the post-review draft to the S/C for further adjustment.
The S/C returns the adjusted draft, consisting of the summary and individual periodical components, which in turn is submitted to the IEEE TAB Periodicals Committee for approval. The process is complete when the final report is submitted to TAB for final approval as an archival record of the Review, to be referenced in future Reviews.
IEEE TRANSACTIONS ON INDUSTRY APPLICATIONS
A. OVERVIEW OF TRANSACTIONS
1. Date of first issue – Jan/Feb 1965
2. Frequency of publication – Six (6) issues per year
3. Is subscription to this periodical included in the Society membership fee? Yes – Electronic Only
4. Please list any additional and/or managing societies represented in this report: None
5. Please list EIC information below
Current Editor-in-Chief (EIC): 2015 to present – Thomas A. Nondahl
Phone: 262-458-6555 Email: t.nondahl@ieee.org
Please fill out the history table of EiC including the current EiC
Name of EiC
|
Affiliation
|
Region
|
Period of EiC
Start date to end date
|
Role on this Journal before EiC
|
Expertise
|
Current EiC
Thomas A. Nondahl
|
Rockwell Automation (Retired)
|
4
|
2015-Present
|
Papers Review Chair
|
Electrical Motors and Drives
|
Immediate Past EiC
Carlton E. Speck
|
Delphi Corporation (Retired)
|
4
|
2007-2014
|
Papers Review Chair
|
Electrostatics
|
Past EiC
Baldwin Bridger
|
Powell Electrical Manufacturing Co. (Retired)
|
5
|
1997-2006
|
Papers Review Chair
|
Power System Protection
|
B. SCOPE OF TRANSACTIONS
1. Please provide the most recent formal scope of this periodical as approved by the Technical Activities Board (TAB) and the Periodicals Committee. Please also indicate where a prospective author can easily access the formal scope and indicate the date of the most recent approval by TAB. Note that any changes in the scope of the periodical need to be endorsed by the Periodicals Committee and approved by the Technical Activities Board.
The scope of the IEEE Transactions on Industry Applications includes all scope items of the IEEE Industry Applications Society, that is; the advancement of the theory and practice of electrical and electronic engineering in the development, design, manufacture and application of electrical systems, apparatus, devices, and controls to the processes and equipment of industry and commerce; the promotion of safe, reliable, and economic installations; industry leadership in energy conservation and environmental, health, and safety issues; the creation of voluntary engineering standards and recommended practices; and the professional development of its membership..
The date of the most recent scope approval by TAB is 2014.06.21. The scope appears on the inside front cover of the Transactions.
Please note that the official TAB scope for your periodical can be found at:
http://taops.ieee.org/all-periodical-scopes
2. Comment on the overlap of scope with other IEEE Transactions.
There is some overlap with the Transactions of the Power Engineering Society, particularly IEEE Transactions on Power Delivery, in the field of electrical power distribution systems. The overlap is described by the following phrase in the Power Delivery scope: ‘implementation and application issues such as power system protection, instrumentation, communication, and grounding’. This overlap results from matters that are of interest to both electrical utility distribution engineers, served primarily by PES, and power system engineers of other industries served by IAS. The Society also co-sponsors two IEEE Journals with PES.
There is considerable overlap with IEEE Transactions on Power Electronics. Power electronics is a major part of the IEEE Transactions on Industry Applications. The two journals are somewhat differentiated by the scopes of the respective Societies, with the IAS emphasis being on applications and the PELS emphasis being on design and development. The Society has two joint publications and two joint technical conferences with PELS.
The overlap with IEEE Transactions on Industrial Electronics is primarily in the areas of power electronics, industrial control methods and electric machines. Power electronics and industrial control methods are included in the scope of TIE. Electric machines are not explicitly included in the TIE scope.
C. EDITORIAL POLICIES AND PROCEDURES
1. If applicable, describe the membership and function of the Society/Council AdCom, Publication Committee, Steering Committee, or Periodical Advisory Committee, in overseeing operation of the Transactions and in establishing and administering publication policies and procedures.
In accordance with the Society Constitution and Bylaws, all major decisions regarding the Transactions are subject to approval by the Society Executive Board. This includes all formal policy statements, naming and tenure of Editor-in-Chief, annual page budget, member and non-member subscription prices, and all other financial matters, such as editorial budget. Day-to-day operations are overseen by the Society Publications Department Chair, who is a member of the Society Executive Board, and who reports to the Executive Board.
2. Describe the membership, function, and make-up (such as regional distribution, academic versus industrial, and so forth) of the Associate Editors body (for example, the Transaction’s Editorial Board or Committee) and complete the Tables of Associate Editors and their Demographic Summary below:
Key 2016 Papers Review Contacts for IEEE Industry Applications Society
Pubs Chair Ahmed Rubaai arubaai@howard.edu
Annual Meeting Chair Tomy Sebastian t.sebastian@ieee.org
Industrial & Commercial Power Systems Department
Chair Wei-Jen Lee wlee@uta.edu
VC-Technical Andrew Hernandez (technical program) andrew.hernandez@astrazeneca.com
VC-Papers Rasheek Rifaat (papers review) rasheek.rifaat@jacobs.com
Codes & Standards Committee
Chair Steve Townsend Steven.Townsend@gm.com
Papers Review Chair Steve Townsend Steven.Townsend@gm.com
Energy Systems Committee
Chair Joe Weber Joe.Weber@emerson.com
Papers Review Chair Wei-Jen Lee wlee@uta.edu
Power System Engineering Committee
Chair Kent Sayler kent.sayler@p2seng.com
Papers Review Chair Sergio Panetta spanetta@ieee.org
Power System Protection Committee
Chair Rob Hoerauf robhoerauf@earthlink.net
Papers Review Chair Rob Hoerauf robhoerauf@earthlink.net
Rural Electric Power Committee
Chair Chris Brooks brooksc2002@hotmail.com
Papers Review Chair Paul Mixon pmixon@astate.edu
Technical Program Greg Shirek greg.shirek@milsoft.com
Industrial Power Conversion Systems Department
Chair Po-Tai Cheng ptcheng@ieee.org
VC-Papers Ayman EL-Refaie elrefaie@research.ge.com
Electric Machines Committee
Chair Andy Knight andyknight@ieee.org
Papers Review Chair Andy Knight andyknight@ieee.org
Industrial Drives Committee
Chair Michael Harke mcharke@ieee.org
Papers Review Chair Fernando Briz Fernando@isa.uniovi.es
Industrial Power Converter Committee
Chair William Peterson peterson@eandmpower.com
Papers Review Chair Leon Tolbert Tolbert@utk.edu
Power & Electronics Devices & Components Committee
Chair Filippo Chimento filippochimento@gmail.com
Papers Review Chair Enrico Santi santi@cec.sc.edu
Sustainable Energy Conversion Systems Committee
Chair Yilmaz Sozer ys@uakron.edu
Papers Review Chair Yilmaz Sozer ys@uakron.edu
Transportation Systems Committee
Chair Burak Ozpineci burak@ornl.gov
Papers Review Chair Mohammad Islam mohammad.s.islam@ieee.org
Manufacturing Systems Development & Applications Department
Chair Mohammed Uddin muddin@lakeheadu.ca
VC-Papers Ahmed Rubaai arubaai@howard.edu
Electrostatic Processes Committee
Chair Rajesh Sharma rsharma@astate.edu
Papers Review Chair Sheesha Jayaram shesha.jayaram@uwaterloo.ca
Industrial Automation and Control Committee
Chair Babak Nahid-Mobarakeh babak.nahid@gmail.com
Papers Review Chair Akshay Kumar Rathore akshay.k.rathore@ieee.org
Industrial Lighting and Display Committee
Chair Marcos Alonso marcos.uniovi@gmail.com
Papers Review Chair Francis Dawson dawson@ele.utoronto.ca
Process Industries Department
Chair John Kay jakay@ra.rockwell.com
VC-Papers H. Landis Floyd h.l.floyd@ieee.org
Cement Industry Committee
Chair Jeff Nagel Jeff.Nagel@rescoproducts.com
Papers Review Chair Richard Schmidt blackbird71@comcast.net
Electrical Safety Committee
Chair Stephen Wilson sfwilson@ieee.org
Papers Review Chair Daniel Doan daniel.r.doan@USA.dupont.com Metals Industry Committee
Chair Thomas Dionise tom.dionise@ieee.orgThis e-mail address is being protected from spam bots, you need JavaScript enabled to view it
Papers Review Chair Juan Lopera lopera@uniovi.es
Technical Program Thomas Dionise tom.dionise@ieee.org
Mining Industry Committee
Chair Miguel Reyes Miguel.reyes@cdc.hhs.gov
Papers Review Chair Joseph Sottile, Jr. jsottile@ieee.org
Petroleum & Chemicals Industry Committee
Chair Louis Barrios louis.barrios@shell.com
Papers Review Chair Paul Sullivan Paul.B.Sullivan@USA.dupont.com
Papers Review Chair Daniel Doan daniel.r.doan@usa.dupont.com
(for Affiliated Conferences)
Pulp & Paper Industry Committee
Chair John Kay jakay@ra.rockwell.com
Papers Review Chair Chris Heron chris.heron@ieee.org
Technical Program Greg Drewiske Greg.Drewiske@newpagecorp.com
Table of Associate Editors (please add rows as needed)
Name
|
Institution
|
Country
|
Region
|
Segment
|
Technology
|
Kazimierz Adamiak
|
University of Western Ontario
|
Canada
|
7
|
Academic
|
Applied electrostatics
|
Emmanuel B. Agamloh
|
Advanced Energy
|
United States
|
1
|
Industrial
|
Rotating machines
|
Vivek Agarwal
|
Indian Institute of Technology-Bombay
|
India
|
10
|
Academic
|
Power electronics
|
Bilal Akin
|
University of Texas at Dallas
|
United States
|
1
|
Academic
|
Power electronics
|
Bruno Allard
|
INSA Lyon
|
France
|
8
|
Academic
|
Power electronics
|
Mahshid Amirabadi
|
University of Illinois at Chicago
|
United States
|
1
|
Academic
|
Power electronics & automation
|
Robert G. Arno
|
ITT Excelis
|
United States
|
1
|
Industrial
|
Reliability engineering
|
Paul Barendse
|
University of Cape Town
|
South Africa
|
8
|
Academic
|
Power electronics
|
Nicola Bianchi
|
University of Padova
|
Italy
|
8
|
Academic
|
Rotating machines
|
Ali Bidram
|
Quanta Technology
|
Canada
|
7
|
Industrial
|
Power and energy
|
Stefano Bifaretti
|
University of Rome Tor Vergata
|
Italy
|
8
|
Academic
|
Power electronics
|
Miriam Blazowski
|
Emerson Electric
|
United States
|
1
|
Industrial
|
Petroleum and chemical applications
|
Fernando Briz
|
University of Oviedo
|
Spain
|
8
|
Academic
|
Power electronics
|
Paul Cardinal
|
Shell Oil Company
|
United States
|
1
|
Industrial
|
Power distribution
|
Antonio Cardoso
|
CISE | University of Beira Interior (UBI)
|
Portugal
|
8
|
Academic
|
Rotating machines
|
Andrea Cavagnino
|
Politecnico di Torino
|
Italy
|
8
|
Academic
|
Rotating machines
|
Akira Chiba
|
Tokyo Institute of Technology
|
Japan
|
10
|
Academic
|
Rotating machines
|
Filippo Chimento
|
ABB Corporate Research
|
Sweden
|
8
|
Industrial
|
Power electronics
|
Huang-Jen Chiu
|
National Taiwan University of Science and Technology
|
Taiwan
|
10
|
Academic
|
Power electronics
|
Woojin Choi
|
Soongsil University
|
Korea
|
10
|
Academic
|
Transportation technology
|
Daniel Costinett
|
University of Tennessee
|
United States
|
1
|
Academic
|
Power electronics
|
Lucian Dascalescu
|
University of Poitiers
|
France
|
8
|
Academic
|
Applied electrostatics
|
Francis Dawson
|
University of Toronto
|
Canada
|
7
|
Academic
|
Lighting and display technology
|
Zhaohao Ding
|
North China Electric Power University
|
China
|
10
|
Academic
|
Power and energy
|
Daniel Doan
|
DuPont
|
United States
|
1
|
Industrial
|
Electrical safety
|
Suryanarayana Doolla
|
Indian Institute of Technology Bombay
|
India
|
10
|
Academic
|
Automation and control technology
|
Yao Duan
|
Vestas
|
United States
|
1
|
Industrial
|
Rotating machines
|
Ali Elrayyah
|
Qatar Environment and Energy Research Institute
|
Qatar
|
8
|
Industrial
|
Power and energy
|
John Fletcher
|
University of New South Wales
|
Australia
|
10
|
Academic
|
Power electronics
|
Gary Fox
|
General Electric
|
United States
|
1
|
Industrial
|
Power distribution
|
Fabio Freschi
|
Politecnico di Torino
|
Italy
|
8
|
Academic
|
Power distribution
|
Fei Gao
|
University of Technology of Belfort-Montbeliard
|
France
|
8
|
Academic
|
Power electronics
|
Hua Geng
|
Tsinghua Universty
|
China
|
10
|
Academic
|
Automation and control technology
|
Christopher Gerada
|
University of Nottingham
|
United Kingdom
|
8
|
Academic
|
Rotating machines
|
Yehui Han
|
University of Wisconsin-Madison
|
United States
|
1
|
Academic
|
Power electronics
|
Michael Harbison
|
Waldemar S. Nelson & Co.
|
United States
|
1
|
Industrial
|
Petroleum and chemical applications
|
Michael Harke
|
UTC Aerospace Systems
|
United States
|
1
|
Industrial
|
Power electronics
|
Jim Harvey
|
University of Michigan Hospitals
|
United States
|
1
|
Industrial
|
Power distribution
|
Chris Heron
|
TecoWestinghouse Motor Co
|
United States
|
1
|
Industrial
|
Pulp, paper and forest applications
|
Rob Hoerauf
|
Hoerauf Consulting Inc.
|
United States
|
1
|
Industrial
|
Power distribution & protection
|
Min-Fu Hsieh
|
National Chung King University
|
Taiwan
|
10
|
Academic
|
Power and energy
|
Mahesh Illindala
|
The Ohio State University
|
United States
|
1
|
Academic
|
Power and energy
|
Mohammad Islam
|
Halla Mechatronics
|
United States
|
1
|
Industrial
|
Transportation technology
|
Shesha Jayaram
|
University of Waterloo
|
Canada
|
7
|
Academic
|
Applied electrostatics
|
Dong Jiang
|
United Technologies Research Center
|
China
|
10
|
Industrial
|
Power electronics
|
Walter Kaiser
|
University of São Paulo
|
Brazil
|
9
|
Academic
|
Lighting and display technology
|
Sukumar Kamalasadan
|
University of North Carolina at Charlotte
|
United States
|
1
|
Academic
|
Automation and control technology
|
Maarten Kamper
|
University of Stellenbosch
|
South Africa
|
8
|
Academic
|
Rotating machines
|
H. Karmaker
|
TECO Westinghouse
|
United States
|
1
|
Industrial
|
Rotating machines
|
Surin Khomfoi
|
King Mongkut's Institute of Technology Ladrakabang
|
Thailand
|
10
|
Academic
|
Power electronics
|
Mithat Kisacikoglu
|
University of Alabama
|
United States
|
1
|
Academic
|
Transportation technology
|
Andy Knight
|
University of Calgary
|
Canada
|
7
|
Academic
|
Rotating machines
|
Shashank Krishnamurthy
|
UTRC
|
United States
|
1
|
Industrial
|
Power electronics
|
Kevin Lee
|
Eaton Corporation
|
United States
|
1
|
Industrial
|
Power electronics
|
Sang Bin Lee
|
Korea University
|
Korea
|
10
|
Academic
|
Rotating machines
|
Wei-Jen Lee
|
University of Texas at Arlington
|
United States
|
1
|
Academic
|
Power and energy
|
Xiaodong Liang
|
Memorial University of Newfoundland
|
Canada
|
7
|
Academic
|
Power distribution
|
Haijun Liu
|
ETAP
|
United States
|
1
|
Industrial
|
Power distribution
|
Juan Lopera
|
Universidad de Oviedo
|
Spain
|
8
|
Academic
|
Metals applications
|
Xiaonan Lu
|
Argonne National Laboratory
|
United States
|
1
|
Industry
|
Power electronics
|
Richard Lukaszewski
|
Rockwell Automation
|
United States
|
1
|
Industrial
|
Power electronics
|
Ke Ma
|
Aalborg University
|
Denmark
|
8
|
Academic
|
Power electronics
|
Claudio Mardegan
|
EngePower
|
Brazil
|
9
|
Industrial
|
Power distribution & protection
|
Fabrizio Marignetti
|
University of Cassino
|
Italy
|
8
|
Academic
|
Rotating machines
|
Kouki Matsuse
|
Meiji University
|
Japan
|
10
|
Academic
|
Automation and control technology
|
Ryan Maynus
|
Siemens Industry Inc.
|
United States
|
1
|
Industrial
|
Petroleum and chemical applications
|
David Mazur
|
Rockwell Automation
|
United States
|
1
|
Industrial
|
Power distribution; mining technology
|
Brendan McGrath
|
RMIT University
|
Australia
|
9
|
Academic
|
Rotating machines
|
Behrooz Mirafzal
|
Kansas State University
|
United States
|
1
|
Academic
|
Power electronics
|
Santanu Mishra
|
Indian Institute of Technology Kanpur
|
India
|
10
|
Academic
|
Power electronics
|
Jim Mitchem
|
Self-employed
|
United States
|
1
|
Industrial
|
Electrical safety
|
Massimo Mitolo
|
ESI, Engineering & Scientific Investigations
|
United States
|
1
|
Industrial
|
Power distribution
|
Paul Mixon
|
Arkansas State University
|
United States
|
1
|
Academic
|
Rural electric applications
|
Akira Mizuno
|
Toyohashi University of Technology
|
Japan
|
10
|
Academic
|
Applied electrostatics
|
Daleep Mohla
|
DCM Consulting
|
United States
|
1
|
Industrial
|
Electrical safety
|
Kashem Muttaqi
|
University of Wollongong
|
Australia
|
10
|
Academic
|
Automation and control technology
|
Babak Nahid-Mobarakeh
|
GREEN
|
France
|
8
|
Academic
|
Automation and control technology
|
Adel Nasiri
|
University of Wisconsin-Milwaukee
|
United States
|
1
|
Academic
|
Rotating machines
|
Muhammad Nawaz
|
ABB Corporate Research
|
Sweden
|
8
|
Industrial
|
Power electronics
|
Maciej Noras
|
University of North Carolina at Charlotte
|
United States
|
1
|
Academic
|
Applied electrostatics
|
Masaaki Okubo
|
Osaka Prefecture University
|
Japan
|
10
|
Academic
|
Applied electrostatics
|
Omer Onar
|
Oak Ridge National Laboratory
|
United States
|
1
|
Industrial
|
Transportation technology
|
Mario Pacas
|
University of Siegen
|
Germany
|
8
|
Academic
|
Power electronics
|
Sergio Panetta
|
I-Gard Corporation
|
Canada
|
7
|
Industrial
|
Power distribution
|
Giuseppe Parise
|
Sapienza University of Rome
|
Italy
|
8
|
Academic
|
Power distribution
|
Gianmario Pellegrino
|
Politecnico di Torino
|
Italy
|
8
|
Academic
|
Rotating machines
|
Marcello Pucci
|
ISSIA-CNR
|
Italy
|
8
|
Academic
|
Rotating machines
|
Franklin Quilumba
|
National Polytechnic School
|
Ecuador
|
9
|
Academic
|
Power and energy
|
Daniel Ransom
|
Doble Engineering Company
|
United States
|
1
|
Industrial
|
Power distribution & protection
|
Peter Rasmussen
|
Aalborg University
|
Denmark
|
8
|
Academic
|
Rotating machines
|
Akshay Rathore
|
National University of Singapore
|
Singapore
|
10
|
Academic
|
Automation and control technology
|
Rasheek Rifaat
|
Jacobs Engineering
|
Canada
|
7
|
Industrial
|
Power distribution & protection
|
Ahmed Rubaai
|
Howard University
|
United States
|
1
|
Academic
|
Automation and control technology
|
Saleh Saleh
|
University of New Brunswick
|
Canada
|
7
|
Academic
|
Power distribution & protection; automation
|
Enrico Santi
|
University of South Carolina
|
United States
|
1
|
Academic
|
Power electronics
|
Kent Sayler
|
P2S Engineering
|
United States
|
1
|
Industrial
|
Power distribution
|
Giacomo Scelba
|
University of Catania
|
Italy
|
8
|
Academic
|
Power electronics
|
Jean-Luc Schanen
|
G2ELab
|
France
|
8
|
Academic
|
Power electronics
|
Richard Schmidt
|
Retired
|
United States
|
1
|
Industrial
|
Cement applications
|
Jul-Ki Seok
|
Yeungnam University
|
Korea
|
10
|
Academic
|
Power electronics
|
Jamal Seyed-Yagoobi
|
Worcester Polytechnic Institute
|
United States
|
1
|
Academic
|
Applied electrostatics
|
Rajesh Sharma
|
Arkansas State University
|
United States
|
1
|
Academic
|
Applied electrostatics
|
Xu She
|
GE Global Research
|
United States
|
1
|
Industrial
|
Power electronics
|
Kenneth Smith
|
Mott MacDonald Ltd.
|
United Kingdom
|
8
|
Industrial
|
Power distribution
|
Joseph Sottile
|
University of Kentucky
|
United States
|
1
|
Academic
|
Mining applications
|
Yilmaz Sozer
|
University of Akron
|
United States
|
1
|
Academic
|
Power electronics
|
Gui-Jia Su
|
Oak Ridge National Laboratory
|
United States
|
1
|
Industrial
|
Power electronics
|
Yongsug Suh
|
Chonbuk National University
|
Korea
|
10
|
Academic
|
Power electronics
|
Paul Sullivan
|
DuPont
|
United States
|
1
|
Industrial
|
Petroleum and chemical applications
|
Mahesh Swamy
|
Yaskawa Electric America
|
United States
|
1
|
Industrial
|
Power electronics
|
Ranga Tallam
|
Rockwell Automation
|
United States
|
1
|
Industrial
|
Power electronics
|
Jagadeesh Tangudu
|
United Technologies Research Center
|
United States
|
1
|
Industrial
|
Transportation technology
|
Alberto Tessarolo
|
University of Trieste
|
Italy
|
8
|
Academic
|
Rotating machines
|
Leon Tolbert
|
University of Tennessee
|
United States
|
1
|
Academic
|
Power electronics
|
Steven Townsend
|
General Motors
|
United States
|
1
|
Industrial
|
Codes and standards
|
Mahinda Vilathgamuwa
|
Queensland University of Technology
|
Australia
|
10
|
Academic
|
Automation and control technology
|
Rajeev Vyas
|
General Motors
|
United States
|
1
|
Industrial
|
Transportation technology
|
Ruxi Wang
|
GE Global Research
|
United States
|
1
|
Industrial
|
Power electronics
|
Shuo Wang
|
Virginia Tech
|
United States
|
1
|
Academic
|
Power electronics
|
Xiongfei Wang
|
Aalborg University
|
Denmark
|
8
|
Academic
|
Power electronics
|
Zhiqiang Wang
|
Oak Ridge National Laboratory
|
United States
|
1
|
Industrial
|
Power electronics
|
Lixiang Wei
|
Rockwell Automation
|
United States
|
1
|
Academic
|
Power electronics
|
Nathan Weise
|
Marquette University
|
United States
|
1
|
Academic
|
Power electronics
|
Kenneth White
|
Retired
|
United States
|
1
|
Industrial
|
Electrical safety
|
Rafal Wrobel
|
University of Bristol
|
United Kingdom
|
8
|
Academic
|
Rotating machines
|
Thomas Wu
|
University of Central Florida
|
United States
|
1
|
Academic
|
Rotating machines
|
Yuan-Kang Wu
|
Industry Technology Research Institute
|
Taiwan
|
10
|
Industrial
|
Power and energy
|
Peter Wung
|
GE Aircraft Engine
|
United States
|
1
|
Industrial
|
Rotating machines
|
Katsumi Yamazaki
|
Chiba Institute of Technology
|
Japan
|
10
|
Academic
|
Rotating machines
|
Ming Yang
|
Shandong University
|
China
|
10
|
Academic
|
Power and energy
|
Sheng-Ming Yang
|
National Taipei University of Technology
|
Taiwan
|
10
|
Academic
|
Power electronics
|
Pericle Zanchetta
|
University of Nottingham
|
United Kingdom
|
8
|
Academic
|
Rotating machines
|
Luca Zarri
|
University of Bologna
|
Italy
|
8
|
Academic
|
Rotating machines
|
Junming Zhang
|
Zhejiang University
|
China
|
10
|
Academic
|
Power electronics
|
Yue Zhao
|
University of Arkansas
|
United States
|
1
|
Academic
|
Power electronics
|
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