| Date Added+- | Title+- | Organization+- | Min Coverage+- | Max Coverage+- | Creator | Files+- | Options |
| 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 |
| 12 Dec 22 | Fine-scale Spatial Structure of Saturated Hydraulic Conductivity Controls Intermittent FlowPatterns in Headwater Stream in the Northern Rocky Mountains, Idaho, USA | Idaho State University Science & Engineering Geology | Unknown | Unknown | Michael J. Ferraro | 1 | View |
| 12 Dec 22 | Fine-scale Spatial Structure of Saturated Hydraulic Conductivity Controls Intermittent FlowPatterns in Headwater Stream in the Northern Rocky Mountains, Idaho, USA | Idaho State University Science & Engineering Geology | Unknown | Unknown | Michael J. Ferraro | 1 | View |
| 28 Feb 24 | Finite Element Analysis of High-pressure Compressed Air Energy Storage Tank | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Durga Parajuli | 1 | View |
| 28 Feb 24 | Finite Element Analysis of High-pressure Compressed Air Energy Storage Tank | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Durga Parajuli | 1 | View |
| 21 May 20 | FINITE ELEMENT MODELING OFFIELD-CASTBRIDGECONNECTIONS | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Nate Oldham | 1 | View |
| 21 May 20 | FINITE ELEMENT MODELING OFFIELD-CASTBRIDGECONNECTIONS | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Nate Oldham | 1 | View |
| 14 Jun 16 | Flow Measurement Using Critical Flow Orifices: A Study of Their Limitations and Strengths | Idaho State University Science & Engineering Mechanical Engineering | Unknown | Unknown | Joseph Maestas | 1 | View |
| 14 Jun 16 | Flow Measurement Using Critical Flow Orifices: A Study of Their Limitations and Strengths | Idaho State University Science & Engineering Mechanical Engineering | Unknown | Unknown | Joseph Maestas | 1 | View |
| 2 Feb 18 | FOR THE IDAHO STATE UNIVERSITY AGN-201M NUCLEAR REACTOR MODERN CONTROL CONSOLE | Idaho State University Science & Engineering Nuclear Eng'g & Health Physics | Unknown | Unknown | Maxwell J. Daniels | 1 | View |
| 2 Feb 18 | FOR THE IDAHO STATE UNIVERSITY AGN-201M NUCLEAR REACTOR MODERN CONTROL CONSOLE | Idaho State University Science & Engineering Nuclear Eng'g & Health Physics | Unknown | Unknown | Maxwell J. Daniels | 1 | View |
| 13 Jul 15 | Forward Dynamic Simulation of an Upper Limb Model with Muscle Activation Patterns | Idaho State University Science & Engineering Measurement & Control Engineering | Unknown | Unknown | Adedayo Adekoya | 1 | View |
| 13 Jul 15 | Forward Dynamic Simulation of an Upper Limb Model with Muscle Activation Patterns | Idaho State University Science & Engineering Measurement & Control Engineering | Unknown | Unknown | Adedayo Adekoya | 1 | View |
| 14 Jul 15 | Freeze-Thaw Durability of PVA Fiber Reinforced Mortars Representing In-Situ Conditions | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Trevor White | 1 | View |
| 14 Jul 15 | Freeze-Thaw Durability of PVA Fiber Reinforced Mortars Representing In-Situ Conditions | Idaho State University Science & Engineering Civil & Environmental | Unknown | Unknown | Trevor White | 1 | View |
| 12 Dec 19 | FROM MOLECULE TO CELL: USING ELECTROPHYSIOLOGY AND MULTI-SCALE MODELLING TO UNDERSTAND HOW NAV1.4 CONTROLS ELECTRICAL EXCITABILITY | Idaho State University Science & Engineering Biology | Unknown | Unknown | Landon Bayless-Edwards | 1 | View |
| 12 Dec 19 | FROM MOLECULE TO CELL: USING ELECTROPHYSIOLOGY AND MULTI-SCALE MODELLING TO UNDERSTAND HOW NAV1.4 CONTROLS ELECTRICAL EXCITABILITY | Idaho State University Science & Engineering Biology | Unknown | Unknown | Landon Bayless-Edwards | 1 | View |
| 12 Feb 19 | Fuel Fracture Experimental Designs using Bison Fuel Performance Code for
Out-of-Pile Separate-Effects Validation Experiments | Idaho State University Science & Engineering Nuclear Eng'g & Health Physics | Unknown | Unknown | Ju-Yuan Yeh | 1 | View |
| 12 Feb 19 | Fuel Fracture Experimental Designs using Bison Fuel Performance Code for
Out-of-Pile Separate-Effects Validation Experiments | Idaho State University Science & Engineering Nuclear Eng'g & Health Physics | Unknown | Unknown | Ju-Yuan Yeh | 1 | View |
| 15 Feb 19 | Functional Expansions Methods: Optimizations, Characterizations, and Multiphysics Practices
Generalized Data Representation and Transfer Solutions in Multiphysics Simulations through the Characterization and Advancement of Functional Expansion Implementations | Idaho State University Science & Engineering Nuclear Eng'g & Health Physics | Unknown | Unknown | Brycen L. Wendt | 1 | View |