Seguir
Tim Barrett
Tim Barrett
Research Civil Engineer, Federal Highway Administration
E-mail confirmado em dot.gov
Título
Citado por
Citado por
Ano
Multi-scale investigation of the performance of limestone in concrete
DP Bentz, A Ardani, T Barrett, SZ Jones, D Lootens, MA Peltz, T Sato, ...
Construction and Building Materials 75, 1-10, 2015
2202015
Relating compressive strength to heat release in mortars
DP Bentz, T Barrett, I De la Varga, WJ Weiss
Advances in Civil Engineering Materials 1 (1), ACEM20120002, 2012
992012
Toward a specification for transport properties of concrete based on the formation factor of a sealed specimen
W Weiss, T Barrett, C Qiao, H Todak
Advances in Civil Engineering Materials 5 (1), 179-194, 2016
652016
Reducing joint damage in concrete pavements: Quantifying calcium oxychloride formation
J Monical, E Unal, T Barrett, Y Farnam, WJ Weiss
Transportation Research Record 2577 (1), 17-24, 2016
562016
Reducing cracking in concrete structures by using internal curing with high volumes of fly ash
TJ Barrett, I De la Varga, WJ Weiss
Structures Congress 2012, 699-707, 2012
432012
Determining the moisture content of pre-wetted lightweight aggregate: Assessing the variability of the paper towel and centrifuge methods
AE Miller IV, R Spragg, FC Antico, W Ashraf, T Barrett, A Behnood, Q Tian
382014
Using a centrifuge to determine moisture properties of lightweight fine aggregate for use in internal curing
A Miller, T Barrett, A Zander, W Weiss
Advances in Civil Engineering Materials 3 (1), 142-157, 2014
342014
Performance of Portland limestone cements
TJ Barrett, H Sun, T Nantung, WJ Weiss
Transportation research record 2441 (1), 112-120, 2014
292014
Performance of portland limestone cements: Cements designed to be more sustainable that include up to 15% limestone addition
TJ Barrett
Purdue University, 2013
262013
Reducing the risk of cracking in high volume fly ash concrete by using internal curing
TJ Barrett, ID la Varga, J Schlitter, WJ Weiss
262011
Improving service life of concrete structures through the use of internal curing: impact on practice
TJ Barrett
Purdue University, 2015
242015
Documentation of the INDOT experience and construction of the bridge decks containing internal curing in 2013.
TJ Barrett, AE Miller, WJ Weiss
Purdue University. Joint Transportation Research Program, 2015
222015
Reducing shrinkage cracking with internal curing: From theory to practice
T Barrett, A Miller, J Weiss
The Indian Concrete Journal 88 (10), 61-71, 2014
132014
Evaluation of superabsorbent polymers for use in cementitious systems for the purpose of mitigating autogenous shrinkage
AE Miller, TJ Barrett, W Weiss
International RILEM conference on the application of superabsorbent polymers …, 2014
82014
Performance of concrete pavement in the presence of deicing salts and deicing salt cocktails
P Suraneni, J Monical, E Unal, Y Farnam, C Villani, TJ Barrett, WJ Weiss
Joint Transportation Research Program, 2016
62016
Performance of More Sustainable Cements that Include Interground Limestone Additions of up to 15%
TJ Barrett, H Sun, WJ Weiss
Joint Transportation Research Program, 2012
62012
Documentation of bridge deck construction using industrially produced internally cured, high performance concrete
TJ Barrett, AE Miller, WJ Weiss
Concrete Institute of Australia Conference, 27th, 2015, Melbourne, Victoria …, 2015
52015
Service life estimation of commercially produced internally cured, high performance concrete
TJ Barrett, AE Miller, A Zander, WJ Weiss
Int. RILEM Conf. on Application of Superabsorbent Polymers and other New …, 2014
52014
The Influence of Lightweight Aggregate on Internal Curing and Its Impact on Autogenous Shrinkage of High-Performance Concrete
NJ Hartman, TJ Barrett, J Weiss
42014
Internal Curing as a New Tool for Infrastructural Renewal: Reducing Repair Congestion, Increasing Service Life, and Improving Sustainability
Y Guo, X He, S Peeta, H Zheng, T Barrett, A Miller, WJ Weiss
NEXTRANS Center (US), 2014
32014
O sistema não pode executar a operação agora. Tente novamente mais tarde.
Artigos 1–20