Projects

  • Repair thumbnail
    Project Title: Testing and Analysis of Pipeline Encapsulation TechnologiesFunding Agency: DOE/ARPA-E: Rapid Encapsulation of Pipelines Avoiding Intensive Replacement (REPAIR)Lead: Â鶹ÊÓƵPartners: Gas Technology
  • thumbafter
    The intent of this study is to impose external loading conditions to test specimens that are representative of the significant deformations possible during earthquake-induced ground motions such as landsliding, fault rupture, and liquefaction-induced lateral spreading, characterizing the pipeline system capacity.
  • In the spring of 2024 CIEST hosted a student tutorial for the non-profit, Engineers without Borders or EWB. The tutorial was aimed at giving students experience making concrete before a trip to Nepal.
  • failure_2
    The intent of this study is to investigate the difference between a serrated faced flange connection and a non-serrated faced flange connection; mainly to determine whether one would leak sooner than the other.
  • full_frontal_thumbnail
    Project Title: Reinforced Concrete student project Participants: Prof. Abbie Liel, CIEST Year: 2024 Summary: In this experiment, undergraduate students in Prof. Abbie Liel's class, analyze the failure modes of concrete. Using the biaxial frame, a
  • hoop tensile stress test
    Project Title: Hoop Tensile Test Industry Partner: PSI Lab CIEST Personnel Participants: John Hindman Year: 2022 Project Summary: The CIEST Laboratory successfully completed testing pipe liner samples for “apparent hoop
  • Fully seated gasket
    Full Project Title: Axial Capacity of C900 PVC Pipe with Reinforced Gasketed JointsYear: 2019-20Industry Partner: Denver WaterCIEST Personnel: Jessica Ramos, John Hindman, Brice Lucero, David Ballcells, Hayley Parnell, and
  • Specimen in compression
    Full Title:  Year: 2017-21 Participants: Mohammad Matar, Shane Frazier, Jorge Osio-Norgaard, Anastasia Aday, Nathan Deanda, El Delesky Primary Investigator: Wil Srubar III  Summary: In this study the effects of
  • geo thumbnail
    The primary objective of this Extremely Durable Cementitious Materials project is to engineer an ultra-acid-resistant low-calcium alkali-activated (geopolymer) cement paste specifically for wastewater infrastructure applications.
Subscribe to Projects