Below are the first 10 and last 10 pages of uncorrected machine-read text (when available) of this chapter, followed by the top 30 algorithmically extracted key phrases from the chapter as a whole.
Intended to provide our own search engines and external engines with highly rich, chapter-representative searchable text on the opening pages of each chapter.
Because it is UNCORRECTED material, please consider the following text as a useful but insufficient proxy for the authoritative book pages.
Do not use for reproduction, copying, pasting, or reading; exclusively for search engines.
OCR for page 119
Appendix C
Committee Meetings
FIRST MEETING Platforms, Douglas W. Templeton, Deputy for Ballistic Pro-
MARCH 9-11, 2010, WASHINGTON, D.C. tection, Senior Technology Expert—Survivability (acting),
U.S. Army Tank Automotive Research, Development and
Armor Materials 101-501: Focus on Fundamental Issues
Engineering Center
Associated with Armor Ceramics: Kinetic Energy Passive
Armor, James W. McCauley, Chief Scientist, Weapons and
Armor, Timothy Holmquist, Staff Engineer, Southwest Re-
Materials Research Directorate (WMRD); fellow, Army
search Institute
Research Laboratory
Armor Material Considerations for Asymmetric Warfare,
Mesoscale Modeling and Experiments—Why and How?
Yellapu Murty, Director of Research and Development, Cel-
Lalit Chhabildas, Senior Scientist, Enhanced Energy Effects,
lular Materials International
Air Force Research Laboratory
The Origin and History of the ONR Transducer Materials
Ceramics for Body Armor, Don Bray, Morgan Crucible
Program, Robert Pohanka, Director, Materials Science and
Company PLC
Technology Division, Office of Naval Research
Light Armor, 41 Years Later, Carl Cline (retired), Lawrence
SECOND MEETING
Livermore National Laboratory
APRIL 28-29, 2010, WASHINGTON, D.C.
Ceramic Behavior Under Ballistic Impact at High Pressure,
Development and Modeling of High Performance Fibers
Michael Normandia, Chief Scientist, Armor Development,
for Lightweight Protection, Tucker Norton, North Ameri-
Ceradyne, Inc.
can Technology Leader, Ballistics, DuPont Protection
Technologies
Multiscale Modeling of Armor Materials, Christopher Hop-
pel, Chief, High Rate Mechanics and Failure Branch, Army
Today’s Lightweight Protective Equipment and the Chal-
Research Laboratory
lenges for the Next 10-20 Years, Lt. Gen. George J. Flynn,
Deputy Commandant for Combat Development and Integra-
Transparent Armor: Research Issues, Stephan Bless, Associ-
tion, Commanding General, Marine Corps Combat Develop-
ate Director, Institute for Advanced Technology, University
ment Command
of Texas at Austin
Needed Materials Approach for Lightweight Protective Sys-
Fiber Research for Soldier Protection, Philip Cunniff, U.S.
tems, Lee Mastroianni, Force Protection Thrust Lead, Office
Army Natick Soldier Systems Center
of Naval Research
Open Discussion Among Participants, Edwin (Ned) Thomas,
Bi-modal to Tri-modal Aluminum, Lawrence T. Kabacoff,
Chair; Michael McGrath, Vice Chair
P rogram Officer, Materials Division, Office of Naval
Research
Materials Initiatives and Needs for Lightening Ground
119
OCR for page 120
120 OPPORTUNITIES IN PROTECTION MATERIALS SCIENCE AND TECHNOLOGY FOR FUTURE ARMY APPLICATIONS
Cellular Materials for Force Protection, Steven Fishman, Aluminum History in the Army, B. Cheeseman
Materials Consultant, Strategic Analysis, Inc.
Multi Scale Modeling, G. Gazonas
ASAALT’s View on Protection Materials, Cary F. Chaba-
lowski, Acting Director, Research and Laboratory Manage- Transparent Armor, P. Patel
ment, Office of the Deputy Assistant Secretary of the Army
for Research and Technology/Chief Scientist High Strain Rate Lab Tour, T. Weerasooriya
Strain Rate Sensitive Polymers in Armor Applications—Sci- Tours of Armor Test Facilities, S. Schoenfeld
ence Issues, Roshdy George S. Barsoum, Manager, Explo-
sion Resistant Coating, Joint Enhanced Explosion Resistance Armor: A European Perspective, Klaus Thoma, Director,
Coating Exploitation, Advanced Concept Technology Dem- Fraunhofer Ernst-Mach-Institut
onstration, Ships and Engineering Systems Division, Office
of Naval Research. Hypervelocity Shields, Eric Christiansen, NASA
From Fiber to Application: High Performance Polyethylene Ceramic-Metal Laminate (CML) Composites for Armor
Fiber Research Needs, Lori Wagner, Technical Leader, Ad- Applications, Ken Kuang, Torrey Hills Technologies LLC
vanced Fibers and Composites, Honeywell
FOURTH MEETING
THIRD MEETING JULY 22-23, 2010, WASHINGTON, D.C.
JUNE 8-10, 2010, ABERDEEN, MARYLAND
The Sagamore Conference, K.T. Ramesh and Edwin (Ned)
DARPA’s Role in Armor, Judah M. Goldwasser, Program Thomas
Manager, Defense Advanced Research Projects Agency
Army Research Laboratory on Protective Materials, Ernest
A National Lab Perspective on Protection Materials, Bruce S.C. Chin, Army Research Laboratory
Remington, Lawrence Livermore National Laboratory
FIFTH MEETING
Army Applications of Magnesium Alloys: Past Lessons
AUGUST 24-26, 2010
and Future Solutions Suveen Mathaudhu, Army Research
WOODS HOLE, MASSACHUSETTS
Laboratory
Objective: Limited final information gathering; review of the
Speakers on Transparent Armor, J. Jay Zhang, Program report writing process thus far; walk through of the first full
Manager, Corning; Lee M. Goldman, Vice President of message draft; discussion of conclusions, recommendations,
Technology and Chief Technology Officer for the Optical and next steps.
Ceramics Division, Surmet; Jeff Kutsch, President, Technol-
ogy Assessment and Transfer, Inc, Kathie Leighton, Schott;
SIXTH MEETING
Christopher Jones, Saint-Gobain
SEPTEMBER 28-30, 2010, BECKMAN CENTER,
IRVINE, CALIFORNIA
Site Visit, Aberdeen Proving Ground, Welcome and WMRD,
Objective: Review of the draft report and determination of
J. Smith
a path forward.
Summary of Towson Meeting 2008, P. Plostins
