Engineering Commons^™

2001 Wisdot Specifications - Construction Note, Marquette University, Transportation Research Center

Transportation Research Center: Noise & Texture Studies

For the past several years, Marquette University has been conducting a research study for WisDOT on tining patterns to reduce the objectionable tire/pavement whine. During the research study, WisDOT issued Construction Notes to implement the interim results of the research rather than tine the pavement according to Subsection 415.5.9.6.3 of the Standard Specifications.

In the completed study, Marquette University has determined that a skewed, randomly spaced, transversely tined surface results in the lowest levels of pavement whine while retaining the favorable friction characteristics achieved under the current specifications. The overall noise level is not reduced by skewed randomly tined surfaces. …

2001 Wisdot Specifications - Marquette Staff Introduction, Marquette University, Transportation Research Center

Transportation Research Center: Noise & Texture Studies

No abstract provided.

2001 Wisdot Specifications - Texture Of Pcc Pavements, Marquette University, Transportation Research Center

Transportation Research Center: Noise & Texture Studies

No abstract provided.

Main Project Report : Noise And Texture On Pcc Pavements, David Kuemmel, Ronald C. Sonntag, James Crovetti, Yosef Becker, John R. Jaeckel, Allex Satanovsky

Transportation Research Center: Noise & Texture Studies

This report represents the second phase of a project sponsored by the Wisconsin DOT and the FHWA researching the texture and noise characteristics of Portland cement concrete (PCC) pavements. The team of Marquette University and the HNTB Corporation measured noise, texture and friction of 57 test sites in Colorado, Iowa, Michigan, Minnesota, North Dakota and Wisconsin. During 1997, new test sections were constructed in Wisconsin, including random transverse, skewed and longitudinally tined PCC pavements. Interior and exterior noise was measured on all 57 sites using the Fast Fourier Transform method with a Larson-Davis two channel real time acoustical analyzer. Subjective …

Investigative Study Of The Italgrip System - Noise Analysis, David Kuemmel, John Jaeckel, Alex Satanovsky

Transportation Research Center: Noise & Texture Studies

The purpose of this study was to determine if Italgrip is a suitable technique to increase the safety and quality of Wisconsin roadways. The objective of this noise analysis is to identify and quantify any exterior noise impacts of the Italgrip anti-skid surface treatment on PCC pavements. Italgrip is a very thin surface treatment consisting of a two-part polymer resin placed on pavement and covered with re-worked steel slag. Although widely used in Italy, Italgrip has only been available in the United States since 1999.

This study analyzes comparative data from three types of pavement surfaces: untreated transverse tined PCC …