Editor(s): Charles E. Bakis
Twenty-two peer-reviewed papers cover a variety of topics, including testing and design methods related to high speed fiber reinforced composite rotors for energy storage in space applications. Fiber reinforced polymer composite rotors are ideal for light-weight flywheel energy storage devices because of their high strength to density ratio. Eight peer-reviewed papers on composite flywheels cover material properties testing, nondestructive evaluation, manufacturing, time dependent deformation, burst testing, and containment.
This new volume also addresses computational simulation as it relates to composite material behavior and verification testing strategies, infrastructure applications, and general topics dealing with testing and design.
Five sections cover:
Composite Flywheels for Energy Storage
Construction and Industrial Applications
Computational Simulation Methods for Composite Behavior and Verification Testing Strategies
Metal Matrix Composites
Polymer Matrix Composites.
Research & development engineers, and university and government laboratory researchers will find this new publication to be a valuable resource.
JKH Ratner, JB Chang, DA Christopher
LM Harmon, GY Baaklini
RC Thompson, TT Pak, BM Rech
JC Thesken, CL Bowman, SM Arnold, RC Thompson
RP Emerson, CE Bakis
AF Saleeb, SM Arnold, NR Al-Zoubi
G Fischer, R Grothaus, W Hufenbach
W Hufenbach, R Grothaus
VM Karbhari, J Zhang, L Wu, D Reynaud
A Al-Mayah, K Soudki, A Plumtree
SW Hopkins, DH Duffner, PR Johnston, FJ McGarry
EJ Barbero, EW Wen
RK Goldberg, A Gilat
H Zhang, L Minnetyan, CC Chamis
A Gagel, K Schulte
X Lei, CJ Lissenden
PWM Peters, W Zeng, J Hemptenmacher, Z Xia
M Lévesque, MD Gilchrist, B Fisa
LK Sorenser, A Plumtree
I Paris, PJ Minguet, TK O'Brier