CELLULOSIC FLYWHEELS.

A. G. Erdman; D. L. Hagen; D. A. Frohrib; W. L. Garrard

CELLULOSIC FLYWHEELS.

A. G. Erdman, D. L. Hagen, D. A. Frohrib, W. L. Garrard

Research output: Contribution to journal › Article › peer-review

Abstract

Natural cellulosic materials havebeen shown to have moderately high tensile strengths, low densities and thus reasonably high specific energies. Thus they appear to be technically feasible and economically competitive for stationary flywheel energy storage applications where volume and total mass are not in question. An overview of previous and current research on cellulose flywheels is given.

Original language	English (US)
Pages (from-to)	196-203
Number of pages	8
Journal	Proc of the Mech and Magn Energy Storage Contract' Rev Meet, Luray
State	Published - Jan 1 1979
Externally published	Yes

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title = "CELLULOSIC FLYWHEELS.",

abstract = "Natural cellulosic materials havebeen shown to have moderately high tensile strengths, low densities and thus reasonably high specific energies. Thus they appear to be technically feasible and economically competitive for stationary flywheel energy storage applications where volume and total mass are not in question. An overview of previous and current research on cellulose flywheels is given.",

author = "Erdman, {A. G.} and Hagen, {D. L.} and Frohrib, {D. A.} and Garrard, {W. L.}",

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journal = "Proc of the Mech and Magn Energy Storage Contract' Rev Meet, Luray",

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AU - Erdman, A. G.

AU - Hagen, D. L.

AU - Frohrib, D. A.

AU - Garrard, W. L.

PY - 1979/1/1

Y1 - 1979/1/1

N2 - Natural cellulosic materials havebeen shown to have moderately high tensile strengths, low densities and thus reasonably high specific energies. Thus they appear to be technically feasible and economically competitive for stationary flywheel energy storage applications where volume and total mass are not in question. An overview of previous and current research on cellulose flywheels is given.

AB - Natural cellulosic materials havebeen shown to have moderately high tensile strengths, low densities and thus reasonably high specific energies. Thus they appear to be technically feasible and economically competitive for stationary flywheel energy storage applications where volume and total mass are not in question. An overview of previous and current research on cellulose flywheels is given.

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JO - Proc of the Mech and Magn Energy Storage Contract' Rev Meet, Luray

JF - Proc of the Mech and Magn Energy Storage Contract' Rev Meet, Luray

ER -

CELLULOSIC FLYWHEELS.

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