• AASHTO T 389-22

AASHTO T 389-22

Standard Method of Test for Determining the Influence of Road Surfaces on Vehicle Noise Using the Statistical Isolated Pass-By (SIP) Method

American Association of State and Highway Transportation Officials, 2022

Publisher: AASHTO

File Format: PDF

$53.00$107.00


Pages:23

File Size:1 file , 900 KB

Note:This product is unavailable in Ukraine, Russia, Belarus

This test method describes a procedure for measuring the influence of road surfaces on highway traffic noise. The Statistical Isolated Pass-By (SIP) Method provides a quantitative measure of the sound pressure level at locations adjacent to a roadway. The SIP method allows for the\ comparison of vehicle noise on roadways of varying surfaces and across studies by comparing measured sound levels to a reference noise curve.

Measurements capture the sound pressure level from isolated vehicles in existing traffic. The SIP method is to be applied on roadways where measuring sound levels from single-vehicle pass-by events is possible without contamination from sound from other vehicles.

This standard is intended for use by acoustic professionals. Competency with acoustical measurement and analysis techniques is assumed.

This standard was formerly designated as provisional standard TP 98.

AASHTO T 389-22 history

AASHTO T 389-22

AASHTO T 389-22

Standard Method of Test for Determining the Influence of Road Surfaces on Vehicle Noise Using the Statistical Isolated Pass-By (SIP) Method

$53.00 $107.00

More AASHTO standard pdf

AASHTO T 180-18

AASHTO T 180-18

Standard Method of Test for Moisture-Density Relations of Soils Using a 4.54-kg (10-lb) Rammer and a 457-mm (18-in.) Drop

$48.00 $96.00

AASHTO R 90-18 (2022)

AASHTO R 90-18 (2022)

Standard Practice for Sampling Aggregate Products

$39.00 $78.00

AASHTO T 381-18

AASHTO T 381-18

Standard Method of Test for Determining Aggregate Shape Properties by Means of Digital Image Analysis

$44.00 $89.00

AASHTO T 113-18

AASHTO T 113-18

Standard Method of Test for Lightweight Particles in Aggregate (ASTM Designation: C123/C123M-12)

$27.00 $54.00