- Accelerometers 1
- Bars (Building materials) 1
- bond 1
- Bond strength (Materials) 1
- bridge 1
- Bridge decks 1
- Data collection 1
- durability 1
- Durability tests 1
- Evaluation 1
- Feasibility analysis 1
- freeze-thaw 1
- Freeze thaw tests 1
- Granulated slag 1
- joints 1
- Joints (Engineering) 1
- Mix design 1
- Non-proprietary 1
- Precast concrete 1
- Pull out test 1
- Roughness 1
- Smartphones 1
- Software 1
- strength 1
- Surface course (Pavements) 1
- Ultra high performance concrete 1
- RC- 1621 1
- RC-1637 1
- UMTRI-2015-19 1
(Max 200)
- Accelerometers (1)
- Bars (Building materials) (1)
- bond (1)
- Bond strength (Materials) (1)
- bridge (1)
- Bridge decks (1)
- Data collection (1)
- durability (1)
- Durability tests (1)
- Evaluation (1)
- Feasibility analysis (1)
- freeze-thaw (1)
- Freeze thaw tests (1)
- Granulated slag (1)
- joints (1)
- Joints (Engineering) (1)
- Mix design (1)
- Non-proprietary (1)
- Precast concrete (1)
- Pull out test (1)
- Roughness (1)
- Smartphones (1)
- Software (1)
- strength (1)
- Surface course (Pavements) (1)
- Ultra high performance concrete (1)
- :Belzowski, Bruce ;Ekstrom, Andrew2015-06-01:The key project objective was to assess and evaluate the feasibility and accuracy ofcustom software used in smartphones to measure road roughness from...
- :El-Tawil, Sherif ;Alkaysi, Mouhamed2016-03-14:Ultra-high performance concrete (UHPC) is a new class of cementitious materials that have exceptional mechanical and durability characteristics. UHPC ...
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