Ph.D., Materials Science & Engineering, University of Pennsylvania. ’83
M.S.E., Mechanical Engineering, University of Michigan. ’78
Mechanical Engineer, Simon Bolivar University, Venezuela, ’76
PE in Texas
Failure analysis of materials, equipment, and machinery, Metal fatigue, Mechanical properties of metals, Welding, Metal forming, Stress analysis, Computational Fluid Dynamics, Gas and Steam turbines, Boilers and Pressure vessels, Natural gas migration.
Fernando provides bespoke engineering services to the insurance, legal, and industrial sectors, among others, including consulting, projects, forensics, and expert analysis and testimony. He handles engineering projects of all sizes and complexities, including highly technical and/or unusual in the field of Mechanical and Civil/Structural engineering, one of a kind events, on a global scale.
M.S. Mechanical Engineering, University of Southern California, ’83
M.S. Civil Engineering, University of Southern California, ’83
Mechanical Engineer, Simon Bolivar University, Venezuela, ’80
PE in (LA, TX)
Areas of Expertise:
Mechanical and Civil/Structural Engineering, Design-Mechanical Engineering, Design-Structural Engineering, Oil & Gas (upstream and downstream), Power Generation Industries, Machine, and Equipment Failure Analysis, Damage Assessment, Construction Management, Construction Defect Analysis, Repair Method Analysis of Commercial and Residential Structures, Stress Analysis and FEA (linear and nonlinear; dynamic) and Computational Fluid Dynamics.
A.S.M.E., A.S.C.E., AiSC
Francisco Godoy holds a Mechanical Engineering degree, a Master of Science degree in Mechanical Engineering, and a Master of Science degree in Civil Engineering. He has vast experience in management and budgetary planning for design, manufacturing, and construction processes. In the mechanical engineering field he specializes in general mechanical design (machine design, specification, and requisition of equipment, etc.), structural design for machinery and oil drilling structures, general stress analysis (finite element analysis), piping and vessels stress analysis, dynamic analysis, applied mechanics, oil and gas industry (upstream and downstream), power generation equipment (steam and gas turbines), mechanical plants construction costs and mechanical processes cost estimation. Francisco is an expert in structural analysis and design (static and dynamic) of civil structures (seismic and wind loads application and codes compliance), construction methods, construction cost, construction defects analysis, construction contract analysis according to applicable engineering standards, and design and vibration analysis of offshore platforms (environmental loads development and simulation), construction management, among others.