Please log in

Paper / Information search system

日本語

ENGLISH

Help

Please log in

Close filters

Search filters

Author

Affiliation

Paper/Info type

Publisher

Event

IssueDate

Open filters

291 to 300 of 166,727

Sort by

A Highly Robust Tire Contact Load Measurement Method Utilizing Wheel Deformation

Publication code
20265110
Author(main)
Shungo Tomita (Kanazawa University)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.26-26

Measurement of Tire Contact Loads and Cornering Stiffness during Turning Maneuvers with a Novel Intelligent Tire

Publication code
20265109
Author(main)
Ryosuke Urasaki (Kanazawa University)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.26-26

Measuring Braking Stiffness Using a Novel Intelligent Tire

Publication code
20265108
Author(main)
Hiroshi Tachiya (Kanazawa University)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.26-26

A Predictive Thermo-Mechanical Framework for Tire Temperature and Performance Modeling

Publication code
20265107
Author(main)
Francesco Calabrese (Fraunhofer Institute for Industrial Mathematics)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.25-26

Improving Tire Models via Optimized Tire Testing

Publication code
20265106
Author(main)
Anders Edward Maki (MTS Systems)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.25-26

Characterizing Racing Tires on a Realistic Indoor Surface

Publication code
20265105
Author(main)
Alexander O'Neill (GCAPS)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.25-26

Simultaneous Measurement of Frictional Force Fluctuations and Wear Debris Behavior under Semi-Dry Conditions toward Understanding the Creep-Groan Phenomenon

Publication code
20265104
Author(main)
Hikaru Okubo (Yokohama National University)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.24-26

Measurement of Tire/Wheel Vibrations during Rolling Using a Compressed Sensing DIC

Publication code
20265103
Author(main)
Yuki Kato (Kochi University of Technology)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.24-26

Road Condition Simulation Control in Vehicle Bench Testing Using a Flat-Type Dynamometer

Publication code
20265102
Author(main)
Kentaro Kondo (Toyo Denki Seizo)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.24-26

Performance Evaluation of Flat-Type Dynamometer for Road Simulation Using Driving Force Control of In-Wheel Motor Electric Vehicle

Publication code
20265101
Author(main)
Sakahisa Nagai (The University of Tokyo)
Paper/Info type
Proceedings (Spring)
Date of publication
May 2026

No.24-26

About search

close

How to use the search box

You can enter up to 5 search conditions. The number of search boxes can be increased or decreased with the "+" and "-" buttons on the right.
If you enter multiple words separated by spaces in one search box, the data that "contains all" of the entered words will be searched (AND search).
Example) X (space) Y → "X and Y (including)"

How to use "AND" and "OR" pull-down

If "AND" is specified, the "contains both" data of the phrase entered in the previous and next search boxes will be searched. If you specify "OR", the data that "contains" any of the words entered in the search boxes before and after is searched.
Example) X AND Y → "X and Y (including)"  X OR Z → "X or Z (including)"
If AND and OR searches are mixed, OR search has priority.
Example) X AND Y OR Z → X AND (Y OR Z)
If AND search and multiple OR search are mixed, OR search has priority.
Example) W AND X OR Y OR Z → W AND (X OR Y OR Z)

How to use the search filters

Use the "search filters" when you want to narrow down the search results, such as when there are too many search results. If you check each item, the search results will be narrowed down to only the data that includes that item.
The number in "()" after each item is the number of data that includes that item.

Search tips

When searching by author name, enter the first and last name separated by a space, such as "Taro Jidosha".