Sinatra Living: Work Breakdown Structure (Wbs),
2017
University of Nevada, Las Vegas
Sinatra Living: Work Breakdown Structure (Wbs), University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
This document is a table, called Work Breakdown Structure, that is a timeline for each phase of the project and high level tasks that need to be completed.
Sinatra Living: Workplan,
2017
University of Nevada, Las Vegas
Sinatra Living: Workplan, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
This document, labeled as project document 3 Workplan, contains the plan for the project including budgeting and fundraising plans.
Sinatra Living: Go/No-Go Decision Points,
2017
University of Nevada, Las Vegas
Sinatra Living: Go/No-Go Decision Points, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
This document, labeled as project document 3.5.3 Go/No-Go Decision Points, contains the outline for two period of the project that have specific requirements needed before proceeding to the next phase.
Sinatra Living: Technical Scope Summary,
2017
University of Nevada, Las Vegas
Sinatra Living: Technical Scope Summary, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
This document, labeled as project document 3.4 Technical Scope Summary, contains the scope of technical aspects for the project house.
Sinatra Living: Project Flow Chart,
2017
University of Nevada, Las Vegas
Sinatra Living: Project Flow Chart, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
This document contains the Team Las Vegas project flowchart and overall timeline for the planning, design, and execution of the Sinatra Living project house.
Sinatra Living: Concept 3 Set,
2017
University of Nevada, Las Vegas
Sinatra Living: Concept 3 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing showing Concept 3, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.
Sinatra Living: Concept 2 Set,
2017
University of Nevada, Las Vegas
Sinatra Living: Concept 2 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing showing Concept 2, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.
Sinatra Living: Concept 1 Set,
2017
University of Nevada, Las Vegas
Sinatra Living: Concept 1 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing showing Concept 1, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.
Sinatra Living: Reflected Ceiling Plan,
2017
University of Nevada, Las Vegas
Sinatra Living: Reflected Ceiling Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing for the reflected ceiling plan of the Sinatra Living house.
Sinatra Living: Roof Plan,
2017
University of Nevada, Las Vegas
Sinatra Living: Roof Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing for the roof plan of the Sinatra Living house.
Sinatra Living: Floor Plan (Final),
2017
University of Nevada, Las Vegas
Sinatra Living: Floor Plan (Final), University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing of the floor plan for the Sinatra Living house.
Sinatra Living: Elevation West,
2017
University of Nevada, Las Vegas
Sinatra Living: Elevation West, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing plan of the Sinatra Living house.
Sinatra Living: Elevation South,
2017
University of Nevada, Las Vegas
Sinatra Living: Elevation South, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing plan of the Sinatra Living house.
Sinatra Living: Elevation North,
2017
University of Nevada, Las Vegas
Sinatra Living: Elevation North, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Planning and Design
An architectural drawing plan of the Sinatra Living house.
Solar Synapsis: Engineering Advisory Committee Presentation,
2017
University of Nevada, Las Vegas
Solar Synapsis: Engineering Advisory Committee Presentation, University Of Nevada, Las Vegas. Solar Decathlon Team.
Sinatra Living: Marketing and Promotion
This document is a slide presentation, as presented on March 4, 2016 to the Engineering Committee, to gain support for Team Las Vegas's project. Uses original project name "Solar Synapsis".
Path From Paper To Paperless At Abana O&P,
2017
Louisiana State University
Path From Paper To Paperless At Abana O&P, Stephanie Lutfallah
Honors Capstones
No abstract provided.
The Applications Of Rate Constants In Commercial Methane Digesters,
2017
Parkland College
The Applications Of Rate Constants In Commercial Methane Digesters, Alyssa Nuñez
Natural Sciences Student Research Presentations
This slide presentation for the Natural Sciences Poster Session at Parkland College summarizes a study conducted to test the effectiveness of rate constants to measure stability and productivity in commercial methane digesters. The study concluded that using rate constants can improve peak production and make methane order an economically viable energy option. The study also concluded that nickel supplements have a large effect on rate constants.
Compensatory Response Of Fathead Minnow Larvae Following A Pulsed In-Situ Exposure To A Seasonal Agricultural Runoff Event,
2017
University of Nebraska Medical Center
Compensatory Response Of Fathead Minnow Larvae Following A Pulsed In-Situ Exposure To A Seasonal Agricultural Runoff Event, Jonathan M. Ali, John Sangster, Daniel D. Snow, Shannon L. Bartelt-Hunt, Alan S. Kolok
Nebraska Water Center: Faculty Publications
Agriculturally-dominated waterways such as those found throughout the Midwestern United States often experience seasonal pulses of agrichemical contaminants which pose a potential hazard to aquatic organisms at varying life stages. The objective of this study was to characterize the developmental plasticity of fathead minnow larvae in a natural environment subject to a seasonal episodic perturbation in the form of a complex mixture of agricultural stressors. Fathead minnow larvae were maintained at the Elkhorn River Research Station for a 28-d in situ exposure to an agrichemical pulse event.Minnow larvae were sampled after 14 and 28 days to characterize developmental plasticity through …
Pathways For Improving Nigeria's Procurement System,
2017
Walden University
Pathways For Improving Nigeria's Procurement System, Donald Osebhawe Areguamen
Walden Dissertations and Doctoral Studies
The manual procurement processes used by some private companies result in increased costs and contract fulfillment delays. The focus of this multiple case study was to explore the strategies procurement managers use to reduce costs and contract fulfillment delays. The population for this study was three procurement managers of private plastics companies located at Maitama, in Abuja, Nigeria. Weiss's theory of change was the conceptual framework for this study. Data collection included semistructured face-to-face interviews and an exploration of company archival financial documents. Data were transcribed, coded, and then validated through member checking, resulting in the emergence of 5 themes: …
Modeling Dynamic Community Acceptance Of Mining Using Agent-Based Modeling,
2017
Missouri University of Science and Technology
Modeling Dynamic Community Acceptance Of Mining Using Agent-Based Modeling, Mark Kofi Boateng
Doctoral Dissertations
"This research attempts to provide fundamental understanding into the relationship between perceived sustainability of mineral projects and community acceptance. The main objective is to apply agent-based modeling (ABM) and discrete choice modeling to understand changes in community acceptance over time due to changes in community demographics and perceptions. This objective focuses on: 1) formulating agent utility functions for ABM, based on discrete choice theory; 2) applying ABM to account for the effect of information diffusion on community acceptance; and 3) explaining the relationship between initial conditions, topology, and rate of interactions, on one hand, and community acceptance on the other …
