At the webinar, Bill Mohr will discuss the systems for transporting hydrogen between creation and use. This includes the relative advantages and disadvantages of hydrogen as a carrier of energy. Examples will be provided of how EWI supports flexibility in the transportation of hydrogen through mechanical testing of the effects of hydrogen on pipes, welds, and gaskets. Importantly, Mohr will showcase how this technology may pan out in the future.
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Bill Mohr, Principal Engineer in EWI’s structural integrity group, is responsible for initiating, executing, and reporting research and contract work. He is an expert in the areas of fitness-for-service assessment, design, and fatigue of welded structures. Prior to joining EWI in 1993, Bill worked for Shell Development Company where his work included assessment of failed piping systems, impact-loaded machine components, and nozzle-to-head connections. Bill's Ph.D. thesis developed an applied mechanics analysis of creep resistance in particle-hardened alloys. He has authored more than 50 technical papers and many reports of sponsored projects, failure analyses, and fitness-for-service assessments. Bill is also the chair of the AWS D20 Committee on metal additive manufacturing.
REGISTER NOW!
Bill Mohr, Principal Engineer in EWI’s structural integrity group, is responsible for initiating, executing, and reporting research and contract work. He is an expert in the areas of fitness-for-service assessment, design, and fatigue of welded structures. Prior to joining EWI in 1993, Bill worked for Shell Development Company where his work included assessment of failed piping systems, impact-loaded machine components, and nozzle-to-head connections. Bill's Ph.D. thesis developed an applied mechanics analysis of creep resistance in particle-hardened alloys. He has authored more than 50 technical papers and many reports of sponsored projects, failure analyses, and fitness-for-service assessments. Bill is also the chair of the AWS D20 Committee on metal additive manufacturing.
Date & Time
Tuesday November 28th, 2023 6:00pm EST
End Date & Time
Tuesday November 28th, 2023 7:00pm EST
Category
Chapter Meeting
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