Biography and Research Information
OverviewAI-generated summary
Michael D. Gossett's research has focused on addressing design and implementation challenges in infrastructure projects, particularly those involving pipelines and transmission lines. His work examines critical considerations such as navigating environmentally sensitive areas, like wetlands, and evaluating the feasibility of different construction methods, including open-cut versus tunneling. Gossett has also investigated the technical aspects of pipeline replacement, such as the evaluation of large-diameter steel aerial pipe systems. His publications explore project delivery methods, such as the Construction Manager at Risk (CMAR) approach, and their benefits for both project owners and the surrounding communities. He has co-authored 8 publications, with 2 shared with collaborator Chris Olson and 1 with Keith R. Bushdiecker, both from Hendrix College.
Metrics
- Publications: 8
Selected Publications
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The Pipeline Less Traveled By: Resolving Design Challenges along a Trail through Critical Wetland Areas (2024)
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Wait, We’re Really Considering a Tunnel? A Case Study on When Open Cut Was Infeasible (2023)
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Siphon 1—Large Diameter Steel Aerial Pipe Replacement Evaluation (2021)
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Together We Are Better: How Using CMAR Project Delivery for a Multijurisdictional Transmission Pipeline Benefits the Owner and the Community (2021)
Collaboration Network
Top Collaborators
- Wait, We’re Really Considering a Tunnel? A Case Study on When Open Cut Was Infeasible
- The Pipeline Less Traveled By: Resolving Design Challenges along a Trail through Critical Wetland Areas
- Wait, We’re Really Considering a Tunnel? A Case Study on When Open Cut Was Infeasible
- The Pipeline Less Traveled By: Resolving Design Challenges along a Trail through Critical Wetland Areas
- Together We Are Better: How Using CMAR Project Delivery for a Multijurisdictional Transmission Pipeline Benefits the Owner and the Community
- Together We Are Better: How Using CMAR Project Delivery for a Multijurisdictional Transmission Pipeline Benefits the Owner and the Community
- Together We Are Better: How Using CMAR Project Delivery for a Multijurisdictional Transmission Pipeline Benefits the Owner and the Community
- Siphon 1—Large Diameter Steel Aerial Pipe Replacement Evaluation
- Siphon 1—Large Diameter Steel Aerial Pipe Replacement Evaluation
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