| Date Added+- | Title+- | Organization+- | Min Coverage+- | Max Coverage+- | Creator | Files+- | Options |
| 9 Dec 22 | Large-Scale Flexural Testing of Concrete Beams Reinforced with Conventional Steel and
Titanium Alloy Bars | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Aashish Thapa | 1 | View |
| 9 Dec 22 | Analytical and Experimental Investigation of
Modular Structural Concrete Insulated Panels | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Usha Pant | 1 | View |
| 19 Dec 19 | Field Performance of HES Class 50AF Concrete with Fibers as Field-Cast Connection between Deck Bulb-T Girdersin Accelerated Bridge ConstructionApplications | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Chris Clauson | 1 | View |
| 11 Jul 23 | INTEGRATED MICROBIAL FUEL CELL – HYDROPONIC SYSTEM FOR ENERGY PRODUCTION, COD REMOVAL, AND NUTRIENT RECOVERY FROM WASTEWATER | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Noris Evelin Paucar De La Cruz | 1 | View |
| 18 Dec 19 | Mechanicaland BondTesting of Titanium Alloy Bars: Comparison withSteel | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Ruchin Khadka | 1 | View |
| 8 Feb 18 | A LOW-COST DRINKING WATER TREATMENT SYSTEM FOR SLUM DWELLERS OF DHAKA CITY, BANGLADESH AND A COMPARATIVE STUDY WITH COMMERCIALLY MANUFACTURED WATER FILTERS | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Shafayet Ahmed | 1 | View |
| 4 Feb 16 | Decoloration of Rhodamine B Through Hydrodynamic Cavitation: Degradation Kinetics | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Tianyu Han | 1 | View |
| 6 Jul 18 | MCM-41 AND ZnCl2-MCM-41 AS ADSORBENTS TO REMOVE HEAVY METALS AND CALCIUM, POTASSIUM, AND NITRATE IN WATER | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Nilu Basnet | 1 | View |
| 29 Feb 24 | Reducing the Carbon Footprint of Concrete and Soil Cement by Utilizing Precipitated Calcium Carbonate (PCC) and Upcycled Recycled Concrete Aggregate (UCA) | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Kabiraj Phuyal | 1 | View |
| 24 Mar 15 | Improved Modeling and Sensitivity Analysis of Seismic Behavior of Washington Street Overpass in Montpelier, Idaho | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Nawamee Shrestha | 1 | View |
| 29 Feb 24 | A Comparative Study to Evaluate the Performance of Metallic Dissipaters Made of Different Alloys Under Cyclic Loading | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Saksham Raj Maharjan | 1 | View |
| 14 Jul 15 | Unconfined Compressive Strength and CBR Relationships on LFA Treated Loess | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Praveen Katamaneni | 1 | View |
| 25 Feb 21 | Use of Precast Hollow-Core Members in the Construction of Arch Culverts to Improve Aquatic Organism Passage | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Maria A. Tangarife | 1 | View |
| 2 Feb 18 | Research and Development of a Wave Impact Simulation Device for the Idaho State University Component Flooding Evaluation Laboratory | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Gregory D. Roberts | 1 | View |
| 26 May 23 | Use of Waste Tires as Transverse Reinforcement and External Confinement in Concrete
Columns Subjected to Axial Loads | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Mahesh Mahat | 1 | View |
| 11 Jul 23 | Throw Your Opinions to the Wolves: Surveying Wolf Attitudes and Support for Idaho’s Senate Bill 1211 | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Amme Redington | 1 | View |
| 6 Sep 18 | MECHANICAL BEHAVIOR OF HIGH EARLY STRENGTH CONCRETE WITH POLYPROPYLENE FIBERS FOR FIELD-CAST CONNECTIONS OF BRIDGE PRECAST ELEMENTS | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Maximilian Casanova | 1 | View |
| 23 Mar 15 | The Reliability of a Circular Reinforced Concrete Bridge Pier Subject to Sequential Vehicular Impact and Blast Loading | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Kylie Steel | 1 | View |
| 6 Sep 18 | Physical and Numerical Modeling of a Wave Impact Simulation Device (WISD) | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Rojin Tuladhar | 1 | View |
| 10 Dec 19 | Nonlinear Finite Element Modeling of aField-Cast Connection Composed of High-Early Strength Concrete with Polypropylene Fibers and Headed Bars for Bridge Prefabricated Elements | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Utsa Rashique | 1 | View |