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            Our 
              innovative software program CAP 
              gives you the tools you need to accurately predict 
              and analyze the capacity of your company's offshore structures. 
               
              CAP has been used successfully 
              by many offshore industry leaders in the U.S. and abroad.  | 
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           ABOUT CAPFOS
             CAPFOS' exclusive software solutions are the result of years of 
              structural engineering expertise. 
             Mission Statement 
              CAPFOS' mission is to develop and utilize innovative computer applications 
              to provide solutions for offshore structural engineering problems. 
             History 
              CAPFOS was founded in 2004 by C. Chester Wung. Chester, a registered 
              engineer in the state of California, holds a Ph.D. degree in Civil Engineering 
              from UC Berkeley (1989) and has a background in random vibration, 
              reliability, and finite element method. Chester's experience 
              in both offshore engineering and software development prompted him 
              to develop unique solutions for the analysis and management of offshore 
              structures. Chester has extensive offshore engineering experience, 
              including working with PMB Engineering and Bechtel Offshore. 
             Chester also has five years' experience in internet software 
              development with GEAC Enterprise Solutions, including work 
              in three tiers, Web applications, presentation, Business Logic, 
              databases, Java, JSF (JSP), XML, .NET Framework, and C# language 
              programming. 
            Chester's structural analysis experience includes: 
              • Jacket Structures (Shell, Unocal, etc.) - pile and soil, 
              brace buckle, joint fatigue, and wave/wind/earthquake. 
              • Compliant Tower (Texaco's Petronius, 1000 ft.) - dynamic 
              strength, fatigue analysis, mass and damping issues. 
              • Tension Leg Platform (Statoil, 3000 ft.) - tendon, semi, 
              riser, and mooring lines interaction. 
              • Mobile Offshore Base (Navy, Large Semisubmersible) - diffraction 
              theory and connector studies. 
              • Anchor/Coupled Mooring Lines (Navy) - stability, anchor/soil 
              interaction, and trench building. 
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