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29th Annual Business Meeting and Conference on Tire Science and Technology

Doubletree Hotel Akron/Fairlawn: Akron, OH, USA

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

A

Aboutorabi, H.
Application of Coupled Structural Acoustic Analysis and Sensitivity Calculations to a Tire Noise Problem
Andrasik, J.
Derivation of LuGre Tire Parameters Using Laboratory Tests
Assaad, M.
Load Capacity Improvement of the Current Lunar Roving Vehicle(LRV) Nonpneumatic Tire by Finite Element Analysis

B

Bäcker, M.
A New Approach to Tire Parameter Identification
Berglind, L.
Tapered Aluminum Structure Shear Band for a Non-Pneumatic Tire
Bezgam, S.
Numerical Study of Vibration of An Alternating Spoke Pair Design Concept
Blackburn, K.
An Investigation Into Wheel Sinkage on Soft Sand
Blue, D.
The Role of Tire Overturning Moment In Steering
Bolton, J. S.
Tire Surface Vibration and Sound Radiation Resulting From the Tire Cavity Mode
Brighton, J.
An Investigation Into Wheel Sinkage on Soft Sand

C

Cho, J.
Study on the Indoor Wear Prediction by Using Explicit FE Simulation
Choe, S.
Sensor Module Development for Study of Tire Deformation
Cole, D.
Today's Turbulence: A Foundation for Future Automotive Success
Cron, S.
Numerical Study of Vibration of An Alternating Spoke Pair Design Concept
Cuttino, J.
Developing the Next Generation In Tire Testing

D

Daws, J.
Nitrogen Inflation for Passenger Car and Light Truck Tires
de Bruijn, B.
Experimental and Numerical Study of Friction and Handling Characteristics of Rolling Tires
DePaul, J.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise

G

Gallrein, A.
A New Approach to Tire Parameter Identification
Gobinath, T.
Load Capacity Improvement of the Current Lunar Roving Vehicle(LRV) Nonpneumatic Tire by Finite Element Analysis
Green, R.
Sensor Module Development for Study of Tire Deformation
Gunaratne, M.
Derivation of LuGre Tire Parameters Using Laboratory Tests

H

Hathorn, N.
An Investigation Into Wheel Sinkage on Soft Sand
Hopkins, B.
Vehicle Handling Studies Using An off-Road Tire Model

I

Im, H.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise

J

Jackson, R.
Sensor Module Development for Study of Tire Deformation
Jang, S.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise
Jessop, A.
Tire Surface Vibration and Sound Radiation Resulting From the Tire Cavity Mode
Jo, H.
Sensor Module Development for Study of Tire Deformation
Joo, K.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise
Ju, J.
Tapered Aluminum Structure Shear Band for a Non-Pneumatic Tire
Rolling Resistance of a Non-Pneumatic Tire Having An Elastomer Shear Band

K

Kang, D.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Katiyar, V.
Applications of Abaqus' Coupled Eulerian-Lagrangian Technology to Modeling Tire Interactions
Kaw, A.
Derivation of LuGre Tire Parameters Using Laboratory Tests
Kerchman, V.
Gas Transport In the Tire Aging Test and Intra-Carcass Pressure Issues
Kim, B.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise
Kim, S.
Study on the Indoor Wear Prediction by Using Explicit FE Simulation
Kim, Y.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Kim, Y.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Krithivasan, V.
Sensor Module Development for Study of Tire Deformation
Kung, L.
Application of Coupled Structural Acoustic Analysis and Sensitivity Calculations to a Tire Noise Problem

L

Lee, S.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Lee, S.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Li, D.
Directionality of Tangential Force Variation In High Speed Uniformity
Lind, H.
Investigation of Friction Mechanisms of Siped Tire Tread Blocks on Snowy and Icy Surfaces
Lopez, I.
Experimental and Numerical Study of Friction and Handling Characteristics of Rolling Tires

M

McGinnis, K.
Derivation of LuGre Tire Parameters Using Laboratory Tests
McIntyre, J.
Derivation of LuGre Tire Parameters Using Laboratory Tests

N

Nakajima, Y.
Application of Computational Mechanics to Tire Design – Yesterday, Today and Tomorrow
Nijmeijer, H.
Experimental and Numerical Study of Friction and Handling Characteristics of Rolling Tires

P

Park, I.
Study on the Indoor Wear Prediction by Using Explicit FE Simulation

R

Rajapakshe, M.
Derivation of LuGre Tire Parameters Using Laboratory Tests
Rhyne, T.
Numerical Study of Vibration of An Alternating Spoke Pair Design Concept
Ripka, S.
Investigation of Friction Mechanisms of Siped Tire Tread Blocks on Snowy and Icy Surfaces

S

Schmeitz, A.
Experimental and Numerical Study of Friction and Handling Characteristics of Rolling Tires
Singh, K. B.
Piezoelectric Vibration-Based Energy Harvesters for Next Generation Intelligent Tires
Song, M.
A Training Method for Improving Tire Noise Subjective Evaluation Ability
Suh, S. H.
Tire Industry Opportunities and Challenges
Summers, J.
Tapered Aluminum Structure Shear Band for a Non-Pneumatic Tire
Rolling Resistance of a Non-Pneumatic Tire Having An Elastomer Shear Band
Surendranath, H.
Parallel Computing for Tire Simulations

T

Taheri, S.
Vehicle Handling Studies Using An off-Road Tire Model
Piezoelectric Vibration-Based Energy Harvesters for Next Generation Intelligent Tires
Thompson, L.
Numerical Study of Vibration of An Alternating Spoke Pair Design Concept
Rolling Resistance of a Non-Pneumatic Tire Having An Elastomer Shear Band

V

van Bogaert, P.
Mechanics of Bend-Over-Sheave (Shoeshine) Fatigue Testing of Cord-Rubber Laminates
van Bogaert, S.
Mechanics of Bend-Over-Sheave (Shoeshine) Fatigue Testing of Cord-Rubber Laminates
van der Steen, R.
Experimental and Numerical Study of Friction and Handling Characteristics of Rolling Tires
Veeramurthy, M.
Rolling Resistance of a Non-Pneumatic Tire Having An Elastomer Shear Band

W

Wangenheim, M.
Investigation of Friction Mechanisms of Siped Tire Tread Blocks on Snowy and Icy Surfaces
Weber, D.
A New Approach to Tire Parameter Identification
Wheeler, R.
An Implementation of Component Material Damping for Tire Vibration Simulations
State of the Society
Wies, B.
Investigation of Friction Mechanisms of Siped Tire Tread Blocks on Snowy and Icy Surfaces
Wiese, K.
Investigation of Friction Mechanisms of Siped Tire Tread Blocks on Snowy and Icy Surfaces

Y

Yao, M.
Application of A Simplified Viscoelastic Model to 3-D Simulation of Rubber Extrusion Flow
Yum, K.
Influence of Tire Design Parameters on Vehicle Gravel/Sand Noise

Z

Ziegert, J.
Numerical Study of Vibration of An Alternating Spoke Pair Design Concept

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Contact Information

Tire Society
rubber@confex.com
http://www.tiresociety.org/