Skip to main content
MENU
Toggle navigation menu
Sign up
Log in
The University of Akron
IdeaExchange@UAkron Gallery
Expert Gallery
Follow
Contact
Selected Works of
Dr. S. Graham Kelly
Selected Works of
Save
Cancel
Associate Professor, Mechanical Engineering Department
Title
Save
Cancel
read more
Works
About
×
About Dr. S. Graham Kelly
Positions
Present
Associate Professor, Mechanical Engineering Department,
The University of Akron
Institution
Organization
Position Type
Position Title
Time Period
to
Options
Current Position
Affiliate my profile with this Institution
Save
Cancel
Curriculum Vitae
Pick File
Cancel
Download
Disciplines
Engineering
and
Mechanical Engineering
Title
URL
Funding Agency
Grant Name
Grant Number
Amount
$
Role
Colleague(s)
Time Period
to
Enter a valid date range.
Current Grant
Save
Cancel
Position
Affiliation
Time Period
to
Enter a valid date range.
Current Position
URL
Save
Cancel
Links
Department Page
Jump to Category
View All
Articles
Books
Articles
(12)
Article
Stress Response of a Rubber Block with Frictional Contact under ...
International Journal of Non-Linear Mechanics (2015)
J. B. Suh and S. Graham Kelly
Rubber blocks (or springs) are structural components widely used in many applications. Design characteristics of a rubber block under axial ...
Link
Article
Free and Forced Vibrations of Elastically Connected Structures
Advances in Acoustics and Vibration (2010)
S. Graham Kelly
A general theory for the free and forced responses of elastically connected parallel structures is developed. It is shown that ...
Link
Article
Free Vibrations of Elastically Connected Stretched Beams
Journal of Sound and Vibration (2009)
S. Graham Kelly and Shirish Srinivas
A general theory for the determination of natural frequencies and mode shapes for a set of elastically connected axially loaded ...
Link
Article
Shear of Rubber Tube Springs
International Journal of Non-Linear Mechanics (2007)
J. B. Suh, A. N. Gent and S. Graham Kelly
Rubber tube springs consist basically of cylindrical rubber tubes bonded on their inner and outer curved surfaces to rigid cylindrical ...
Link
Article
Mechanics of Rubber Shear Springs
International Journal of Non-Linear Mechanics (2007)
A. N. Gent, J. B. Suh and S. Graham Kelly
FEA calculations have been carried out for a model rubber shear spring, consisting of a block of a highly elastic ...
Link
Article
Nonlinear Phenomena in a Column of Liquid in a Rotating ...
SIAM Review (1990)
S. Graham Kelly
Link
Article
Development of Normal Mode Theory for Multi-Degree-of-Freedom Systems Using an ...
SIAM Review (1988)
S. Graham Kelly
Link
Article
Natural Frequency and Mode Shape Perturbations for Linear Multidegree of ...
SIAM Review (1988)
S. Graham Kelly
Link
Article
Non-Linear Propagation of Directional Cylindrical Waves
Journal of Sound and Vibration (1981)
S. Graham Kelly and A. H. Nayfeh
The method of renormalization is used to determine a uniformly valid expansion for the problem of non-linear waves produced in ...
Link
Article
Non-Linear Propagation of General Directional Spherical Waves
Journal of Sound and Vibration (1981)
S. Graham Kelly and A. H. Nayfeh
The method of renormalization is used to determine a uniformly valid expansion for the problem of non-linear waves produced in ...
Link
Article
Non-Linear Propagation of Directional Spherical Waves
Journal of Sound and Vibration (1980)
S. Graham Kelly and A. H. Nayfeh
The method of renormalization is used to determine a uniformly valid expansion for the problem of non-linear waves produced in ...
Link
Article
Non-Linear Interactions of Acoustic Fields with Plates under Harmonic Excitations
Journal of Sound and Vibration (1978)
A. H. Nayfeh and S. Graham Kelly
The method of renormalization is used to determine a uniformly valid expansion for the problem of non-linear interactions of acoustic ...
Link
Books
(2)
Book
Schaum's Interactive Outline of Mechanical Vibrations and Print Outline
McGraw-Hill Trade (1996)
S. Graham Kelly
Link
Book
Fundamentals of Mechanical Vibrations
McGraw-Hill Education (1992)
S. Graham Kelly
This text is designed for undergraduate courses in vibrations taught in departments of mechanical engineering. It provides detailed explanations of ...
Link
