- Tech Report 29
- Mid-America Transportation Center 2
- Missouri University of Science and Technology. Center for Transportation Infrastructure and Safety 1
- Nebraska Transportation Center 1
- University of Nebraska--Lincoln 10
- University of Nebraska--Lincoln. Charles W. Durham School of Architectural Engineering and Construction 4
- University of Nebraska--Lincoln. Dept. of Civil Engineering 10
- University of Nebraska--Lincoln. Nebraska Transportation Center 1
- University of Nebraska-Lincoln 1
- University of Nebraska-Lincoln. Department of Civil and Environmental Engineering 1
- Mid-America Transportation Center 1
- Missouri University of Science and Technology. Center for Transportation Infrastructure and Safety 1
- Nebraska. Department of Transportation 10
- Nebraska. Dept. of Roads 5
- Nebraska. Dept. of Roads. Bridge Division 3
- Nebraska Transportation Center 7
- University of Nebraska--Lincoln 2
- AASHT 1
- Accelerated Bridge Construction 1
- Accelerated bridge construction 1
- Accelerated Construction 1
- Aggregates 1
- Aging (Materials) 1
- Air voids 1
- Algorithms 1
- Alternatives analysis 1
- Approach Slab 1
- Arch bridges 1
- Bridge approaches 1
- Bridge construction 7
- Bridge Deck Cracking 1
- Bridge deck removal 1
- Bridge decks 13
- Bridge design 7
- Bridge management 1
- Bridge management systems 2
- Bridges and other structures 1
- Bridge substructures 2
- Bridge superstructures 3
- Cable stayed bridges 1
- Cast in place concrete 1
- Concrete 1
- Concrete bridge deck 1
- Concrete bridges 7
- Concrete bridges--Nebraska--Floors--Design and construction 1
- Concrete bridges--Nebraska--Omaha--Design and construction 1
- Concrete consolidation 1
- Concrete construction 1
- Concrete curing 1
- Concrete Decks 1
- Concrete pavement 1
- Concrete pavements 3
- Condition rating 1
- Consolidation 1
- Construction 1
- Continuous girder bridges 1
- Cracking 2
- Damage Assessment 1
- Deck-to-Girder Connection 1
- Deck Panels 1
- Deflection 2
- Deformation curve 1
- Design 1
- Design load 1
- Deterioration 2
- Deterioration models 1
- Diameter 1
- Drones 1
- Durability 1
- Early- Age Shrinkage 1
- Early detection 1
- Feasibility analysis 1
- Fiber reinforced polymers 1
- Field studies 1
- Field tests 2
- Finite element method 1
- Flanges 2
- Flexural strength 1
- Flexure 1
- Flexure strength 1
- Fly ash 1
- Girder bridges 3
- Girder End 1
- Girders 11
- GPR 1
- Ground penetrating radar 2
- Grouting 1
- Guidelines 2
- High performance concrete 1
- Highway bridges 1
- Highways 1
- I24: Design of Bridges and Retaining Walls 1
- I32: Concrete 1
- I53: Construction of Bridges and Retaining Walls 1
- I beams 5
- Implementation 1
- Inspection 2
- Interface Shear 1
- Laboratory tests 2
- Lane closure 1
- Laser radar 1
- Legal loads 1
- Life-cycle cost 1
- Life cycle analysis 1
- Life cycle costing 1
- Literature reviews 1
- Live loads 2
- Load factor 1
- Load rating 1
- Load tests 1
- Longitudinal cracking 1
- Low-Cement Concrete 1
- LRFR 1
- Maintenance management 1
- Materials 1
- Mechanical properties 1
- Mechanical properties by mathematical limits or values 1
- Mix design 1
- Modulus of elasticity 1
- Nondestructive tests 1
- Open channels 1
- Optimization 1
- Panels 2
- Pavement design 1
- Pavements, Concrete--Design and construction 1
- Pavements, Concrete--Deterioration 1
- Paving 1
- Portland cement 1
- Portland cement--Deterioration 1
- Portland cement concrete 1
- Posttensioning 3
- Precast concrete 10
- Precast concrete--Nebraska 1
- Precast concrete pavements 2
- Precast Slabs 1
- Presstress loss 1
- Prestressed concrete 4
- Prestressed concrete bridges 3
- Prestressing 2
- Pretensioning 1
- Prmit loads 1
- Push-off Test 1
- Quality assurance 3
- Quality control 2
- Radar 1
- Rating factor 1
- Rehabilitation (Maintenance) 1
- Repairing 1
- Research Hub 1
- Self compacting concrete 2
- Shear strength 3
- Shrinkage 3
- Shrinkage Cracking 1
- Strain measurement 1
- Structural analysis 1
- Structural connection 3
- Structural design 1
- Structural deterioration and defects 1
- Sub-surface voids 1
- Superstructures 1
- Superstructure system 1
- Surface course (Pavements) 1
- Temperature 1
- Tensile strength 1
- Thermographs 1
- Thickness 1
- Tied-arch bridge 1
- Traffic loads 2
- UAV 1
- Ultra high performance concrete 4
- Ultrasonic 1
- Ultrasonic waves 1
- Validation 1
- Vehicle Collision 1
- Vibration 1
- Waste products (Materials) 1
- Wear 1
- Wearing course (Pavements) 1
- Wearing surface 1
- Workability 1
- Yield strength 1
- 25-1121-0003-051 1
- 26-1118-0085-0001 1
- 26-1120-0037-001 1
- 26-1120-0042-001 1
- 26-1120-0049-001 1
- FY21-005 1
- M074 1
- M085 1
- M108 1
- NUTC R328 1
- Project #00041168 1
- Report No. 2611214037-001 1
- SPR-1(05) P576 1
- SPR-1(10) P329 1
- SPR-1(10) P331 1
- SPR-FY22(001) 1
- SPR-FY22(008) 1
- SPR-P1 (13) M323 1
- SPR-P1 (13) M336 1
- SPR-P1 (19) M090 1
- SPR-P1(08) P307 1
- SPR-P1(08)P310 1
- SPR-P1(09) P322 1
- SPR-P1(11) M302 1
- SPR-P1(12) M312 1
- SPR-P1(13) M333 1
- SPR-P1(18) M072 1
- SPR-P1(19) M082 1
- SPR-P1(20) M102 1
(Max 200)
- Mid-America Transportation Center (2)
- Missouri University of Science and Technology. Center for Transportation Infrastructure and Safety (1)
- Nebraska Transportation Center (1)
- University of Nebraska--Lincoln (10)
- University of Nebraska--Lincoln. Charles W. Durham School of Architectural Engineering and Construction (4)
- University of Nebraska--Lincoln. Dept. of Civil Engineering (10)
- University of Nebraska--Lincoln. Nebraska Transportation Center (1)
- University of Nebraska-Lincoln (1)
- University of Nebraska-Lincoln. Department of Civil and Environmental Engineering (1)
- Mid-America Transportation Center (1)
- Missouri University of Science and Technology. Center for Transportation Infrastructure and Safety (1)
- Nebraska. Department of Transportation (10)
- Nebraska. Dept. of Roads (5)
- Nebraska. Dept. of Roads. Bridge Division (3)
- Nebraska Transportation Center (7)
- University of Nebraska--Lincoln (2)
- AASHT (1)
- Accelerated Bridge Construction (1)
- Accelerated bridge construction (1)
- Accelerated Construction (1)
- Aggregates (1)
- Aging (Materials) (1)
- Air voids (1)
- Algorithms (1)
- Alternatives analysis (1)
- Approach Slab (1)
- Arch bridges (1)
- Bridge approaches (1)
- Bridge construction (7)
- Bridge Deck Cracking (1)
- Bridge deck removal (1)
- Bridge decks (13)
- Bridge design (7)
- Bridge management (1)
- Bridge management systems (2)
- Bridges and other structures (1)
- Bridge substructures (2)
- Bridge superstructures (3)
- Cable stayed bridges (1)
- Cast in place concrete (1)
- Concrete (1)
- Concrete bridge deck (1)
- Concrete bridges (7)
- Concrete bridges--Nebraska--Floors--Design and construction (1)
- Concrete bridges--Nebraska--Omaha--Design and construction (1)
- Concrete consolidation (1)
- Concrete construction (1)
- Concrete curing (1)
- Concrete Decks (1)
- Concrete pavement (1)
- Concrete pavements (3)
- Condition rating (1)
- Consolidation (1)
- Construction (1)
- Continuous girder bridges (1)
- Cracking (2)
- Damage Assessment (1)
- Deck-to-Girder Connection (1)
- Deck Panels (1)
- Deflection (2)
- Deformation curve (1)
- Design (1)
- Design load (1)
- Deterioration (2)
- Deterioration models (1)
- Diameter (1)
- Drones (1)
- Durability (1)
- Early- Age Shrinkage (1)
- Early detection (1)
- Feasibility analysis (1)
- Fiber reinforced polymers (1)
- Field studies (1)
- Field tests (2)
- Finite element method (1)
- Flanges (2)
- Flexural strength (1)
- Flexure (1)
- Flexure strength (1)
- Fly ash (1)
- Girder bridges (3)
- Girder End (1)
- Girders (11)
- GPR (1)
- Ground penetrating radar (2)
- Grouting (1)
- Guidelines (2)
- High performance concrete (1)
- Highway bridges (1)
- Highways (1)
- I24: Design of Bridges and Retaining Walls (1)
- I32: Concrete (1)
- I53: Construction of Bridges and Retaining Walls (1)
- I beams (5)
- Implementation (1)
- Inspection (2)
- Interface Shear (1)
- Laboratory tests (2)
- Lane closure (1)
- Laser radar (1)
- Legal loads (1)
- Life-cycle cost (1)
- Life cycle analysis (1)
- Life cycle costing (1)
- Literature reviews (1)
- Live loads (2)
- Load factor (1)
- Load rating (1)
- Load tests (1)
- Longitudinal cracking (1)
- Low-Cement Concrete (1)
- LRFR (1)
- Maintenance management (1)
- Materials (1)
- Mechanical properties (1)
- Mechanical properties by mathematical limits or values (1)
- Mix design (1)
- Modulus of elasticity (1)
- Nondestructive tests (1)
- Open channels (1)
- Optimization (1)
- Panels (2)
- Pavement design (1)
- Pavements, Concrete--Design and construction (1)
- Pavements, Concrete--Deterioration (1)
- Paving (1)
- Portland cement (1)
- Portland cement--Deterioration (1)
- Portland cement concrete (1)
- Posttensioning (3)
- Precast concrete (10)
- Precast concrete--Nebraska (1)
- Precast concrete pavements (2)
- Precast Slabs (1)
- Presstress loss (1)
- Prestressed concrete (4)
- Prestressed concrete bridges (3)
- Prestressing (2)
- Pretensioning (1)
- Prmit loads (1)
- Push-off Test (1)
- Quality assurance (3)
- Quality control (2)
- Radar (1)
- Rating factor (1)
- Rehabilitation (Maintenance) (1)
- Repairing (1)
- Research Hub (1)
- Self compacting concrete (2)
- Shear strength (3)
- Shrinkage (3)
- Shrinkage Cracking (1)
- Strain measurement (1)
- Structural analysis (1)
- Structural connection (3)
- Structural design (1)
- Structural deterioration and defects (1)
- Sub-surface voids (1)
- Superstructures (1)
- Superstructure system (1)
- Surface course (Pavements) (1)
- Temperature (1)
- Tensile strength (1)
- Thermographs (1)
- Thickness (1)
- Tied-arch bridge (1)
- Traffic loads (2)
- UAV (1)
- Ultra high performance concrete (4)
- Ultrasonic (1)
- Ultrasonic waves (1)
- Validation (1)
- Vehicle Collision (1)
- Vibration (1)
- Waste products (Materials) (1)
- Wear (1)
- Wearing course (Pavements) (1)
- Wearing surface (1)
- Workability (1)
- Yield strength (1)
- 25-1121-0003-051 (1)
- 26-1118-0085-0001 (1)
- 26-1120-0037-001 (1)
- 26-1120-0042-001 (1)
- 26-1120-0049-001 (1)
- FY21-005 (1)
- M074 (1)
- M085 (1)
- M108 (1)
- NUTC R328 (1)
- Project #00041168 (1)
- Report No. 2611214037-001 (1)
- SPR-1(05) P576 (1)
- SPR-1(10) P329 (1)
- SPR-1(10) P331 (1)
- SPR-FY22(001) (1)
- SPR-FY22(008) (1)
- SPR-P1 (13) M323 (1)
- SPR-P1 (13) M336 (1)
- SPR-P1 (19) M090 (1)
- SPR-P1(08) P307 (1)
- SPR-P1(08)P310 (1)
- SPR-P1(09) P322 (1)
- SPR-P1(11) M302 (1)
- SPR-P1(12) M312 (1)
- SPR-P1(13) M333 (1)
- SPR-P1(18) M072 (1)
- SPR-P1(19) M082 (1)
- SPR-P1(20) M102 (1)
- :Kodsy, Antony ;Morcous, George2020-03-01:Bridge girders are constantly subjected to various types of damage during their service life. There is currently limited knowledge or guidelines provi...
- :Martindale, Garret ;Watson, Daniel2019-08-01:The Inverted Tee (IT) girder bridge system was originally developed in 1996 by the University of Nebraska–Lincoln (UNL) researchers and Nebraska Dep...
- :El-Khier, Mostafa Abo ;Morcous, George2019-12-30:Recently, the implementation of ultra-high performance concrete (UHPC) in bridge connections is growing rapidly as an innovative method of accelerated...
- :Mendonca, Flavia ;El-Khier, Mostafa Abo2020-01-01:Ultra-high performance concrete (UHPC) is a new class of concrete that has superior mechanical, durability, and workability properties that far exceed...
- :Hanna, Kromel E. ;Morcous, George2010-05-01:Precast prestressed concrete I-Girder bridges have become the most dominant bridge system in the United States. In the early design stages, preliminar...
- :Morcous, George2014-11-01:Wide flange precast/prestressed concrete I-girders have been widely used by several State Departments of Transportation (DOTs) in the last two decades...
- :Zhong, Bibo ;Zhu, Jinying2020-01-01:The research objective is to develop a non-destructive testing (NDT) method to evaluate the prestress loss in prestressed concrete bridge girders usin...
- :Morcous, George ;Abo-Elkhier, Mostafa2021-05-31:Approach slab is a structural concrete slab that spans from the backwall of the abutment (i.e. end of the bridge floor) to the beginning of the paving...
- :Morcous, George ;Khayat, Kamal H.2014-08-01:Existing full-depth precast concrete deck systems use either open channels or pockets to accommodate the shear connectors of supporting girders for ac...
- :Morcous, George ;Hanna, Kromel2010-07-01:The National Bridge Inspection Standards require highway departments to inspect, evaluate, and determine load ratings forstructures defined as bridges...
- :Morcous, George ;Hanna, Kromel E.2010-08-01:The 1996 edition of AASHTO Standard Specifications for Highway Bridges stated that nominal confinement reinforcement be placed to enclose prestressing...
- :Hanna, Kromel E. ;Morcous, George2010-07-01:Precast prestressed concrete I-girder bridges have become the most dominate bridge system in the United States. As a part of the design stages, prelim...
- :Shen, Zhigang ;Erdogmus, Ece2020-01-31:The goal of this research is to evaluate the feasibility and the performance of using UAV-mounted infrared thermography (IRT) and ground penetration r...
- :Morcous, George ;Maguire, Marc2019-12-01:The Kearney East Bypass bridge is the first project that implements the newly developed precast concrete deck system (known as 2nd generation NUDECK)....
- :Hanna, Kromel E. ;Morcous, George2010-07-01:Portland cement is the most dominant material used in concrete pavements in the state of Nebraska. In order to improve performance, reduce cost, and a...
- :Hanna, Kromel E. ;Morcous, George2010-12-01:The majority of today's bridge decks are built using cast-in-place concrete construction. This is due to the perceivedlow initial cost and constructor...
- :Hanna, Kromel E. ;Morcous, George2010-10-01:The Pacific Street Bridge over I-680 in Omaha, NE is the first bridge in the United States to use 0.7-in.-diameter prestressingstrands in pretensioned...
- :Morcous, George ;Erdogmus, Ece2009-11-01:Extracting concrete cores is the most common method for measuring the thickness of concrete pavement for constructionquality control. Although this me...
- :Hatami, Afshin ;Morcous, George2011-07-01:Nebraska Bridge Management System (NBMS) was developed in 1999 to assist in optimizing budget allocation forthe maintenance, rehabilitation and replac...
- :Morcous, George ;Tadros, Maher K.2023-03-01:Ultra-High-Performance Concrete (UHPC) is an excellent material for bridge construction due to its exceptional durability and superior mechanical prop...
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