Category
Recently Viewed Products
-
JIS A 1439
$107.00$64.20 -
JIS Z 9121
$29.00$17.40 -
AASHTO EST-1
$98.00$58.80 -
AASHTO EFM-1
$60.00$36.00 -
AASHTO GCPE-1
$20.00$12.00
AASHTO TP 123
$78.00 $46.80
Provisional Standard Method of Test for Measuring Asphalt Binder Yield Energy and Elastic Recovery Using the Dynamic Shear Rheometer
Published by | Publication Date | Number of Pages |
AASHTO | 2016 | 7 |
AASHTO TP 123 – Provisional Standard Method of Test for Measuring Asphalt Binder Yield Energy and Elastic Recovery Using the Dynamic Shear Rheometer
AASHTO TP 123-16 (2020) covers the Binder Yield Energy Test (BYET) for evaluation of asphalt binders’ resistance to yield-type failure under monotonic constant shear-rate loading using the Dynamic Shear Rheometer (DSR). This test procedure can also be adapted for performing surrogate test procedure using the DSR in place of the conventional ductility test (T 51), and the Elastic Recovery test (ASTM D6084). The test method can be used with unaged material and material aged using T 240 (RTFOT) and/or R 28 (PAV) to simulate the estimated aging for in-service asphalt pavements.
Product Details
- Published:
- 2016
- Number of Pages:
- 7
- File Size:
- 1 file , 1 MB
- Product Code(s):
- TP123-16-UL, TP123-16-UL, TP123-16-UL
- Note:
- This product is unavailable in Ukraine, Russia, Belarus
Related products
-
AASHTO UBA-3
$300.00$180.00Add to cartA Manual of User Benefit Analysis for Highways, 3rd Edition
Published by Publication Date Number of Pages AASHTO 2010 474 -
AASHTO WMTD-1
$70.00$42.00Add to cartGuide to Wetland Mitigation Issues for Transportation Designers
Published by Publication Date Number of Pages AASHTO 01/01/1996 80 -
AASHTO TP 137
$78.00$46.80Add to cartStandard Method of Test for Box Test in Slip Form Paving of Fresh Portland Cement Concrete
Published by Publication Date Number of Pages AASHTO 2020 7 -
AASHTO TP 138
$66.00$39.60Add to cartStandard Method of Weight and Diameter for Carbon-Steel for Steel Wire and Welded Wire Reinforcement for Concrete
Published by Publication Date Number of Pages AASHTO 2020 4