
Staff:
Dr. Robin Gordon
President
robin@ewimicroalloying.com
Dr. Robin Gordon is a recognized expert in Fitness-for-Service and Reliability Technology. Dr. Gordon has participated in numerous national and international committees to develop Fitness-for-Service Codes and Recommended Practices for the Pipeline, Offshore, and Petrochemical industry sectors.
Dr. Gordon’s areas of expertise include:
Dr. Gordon has authored more that 60 papers on the development and application of Fitness-for-Service and Reliability design and assessment methods to offshore structures, pipelines and pressure vessels. He has managed a number of major research projects for PRCI on pipeline reliability and pipeline repair as well as several international Joint Industry Projects on Fracture and Fatigue Design. He has also provided design, materials, fabrication and ECA support to numerous offshore structure and pipeline project teams.
Dr.
Malcolm Gray
Partner
jmg@ewimicroalloying.com
Dr. John Malcolm Gray is an internationally acknowledged expert in the metallurgy, manufacture and application of microalloyed (HSLA) steels. He has authored over 100 publications covering the physical metallurgy, testing, welding and fracture behavior of these steels in uses ranging from automobiles to pipelines, offshore structures and Naval vessels.
Dr. Gray has participated
in the development of low carbon steels with yield strengths up to 120 ksi, steels for use in H2S (sour) or low temperature (
Dr.
Bill Fazackerley
Principal
Metallurgist & Partner
bill@ewimicroalloying.com
Dr. Bill Fazackerley is an expert in the field of materials and fabrication for offshore structures and critical pipelines. He has significant experience with the development of materials and fabrication procedures meeting the stringent requirements of ultra deep water developments.
Dr Fazackerley’s primary areas of expertise include:
Dr. Fazackerley has served on numerous domestic and international technical groups, including API and ISO, dealing with materials and joining. He has been actively involved in welding consumable development and in fabrication procedures aimed at eliminating delayed cracking in weldments, the main focus of his PhD thesis.
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