Finite element modeling thesis

Book cover PREFACE During the last few decades, the boundary element method, also known as the boundary integral equation method or boundary integral method, has gradually evolved to become one of the few widely used numerical techniques for solving boundary value problems in engineering and physical sciences. In implementing the method, only the boundary of the solution domain has to be discretized into elements.

Finite element modeling thesis

Kobus has an excellent track record of success spanning over 20 years from the early days of his career to becoming Chief Process Engineer of research in a major multinational oil company, SASOL.

Finite element modeling thesis

Kobus has a B. Significant experience is referenced as the lead technical professional for major multidisciplinary investigations into industrial static and rotating equipment design, development, manufacturing, commissioning, and failure assessments.

Kobus has extensive experience in computer aided applications as a simulation analyst, which include: Deliverables included development of proprietary tools and methods for performing analysis on cooling systems, cost engineering, pressure vessels, heat exchangers, filtration and gas distribution systems.

Two US patents for static and rotating equipment designs were assigned. Before coming to KnightHawk Engineering, Kobus spent 18 years at Sasol Technology, South Africa, where he achieved the position of Chief Engineer, receiving two innovation Project-of-the-year company awards for his work.

At Sasol, his group specialized in development of Finite element modeling thesis next generation Sasol Slurry Phase Reactor for its Gas to Liquids projects, failure analysis, code and regulatory compliance, heat transfer, pipe stress, troubleshooting, and field support involving petrochemical facilities.

Sri has over 9 years experiences in design and analysis on static and rotating equipment using simulation tools such as piping analysis, PV Elite and Finite Element Analysis FEA software.

Carroll Chet Stroh is a Sr. Mechanical Consultant with KnightHawk Engineering. He has over 40 years experience in design, maintenance, troubleshooting and failure analysis of rotating equipment.

Chet held that position for 6 years. While with Turbo Care, Chet performed stress and deformation analysis, developed analysis tools, performed rotordynamic and fluid film bearing simulations using numerical modeling tools and provided engineering design and troubleshooting support.

Prior to Turbo Care, Chet worked for E. DuPont in Beaumont TX and Wilmington Delaware where he was first a rotating equipment consultant in the plant and then a consultant's consultant at the corporate level. Chet started his career at Westinghouse, where he was a design engineer in the rotors and blades group for large steam turbines.

Chet has authored and coauthored several papers on rotordynamic behavior. He is a Professional Engineer with over 19 years of experience. Erik also serves as a technical lead for major multidiscipline investigations into industrial static and rotating equipment problems and failures.

Erik has received five US patents for specialized static equipment connections.

Finite element modeling thesis

Erik directed the design, analysis and testing of mechanical connections, requiring extensive use of numerical analysis techniques including linear, elastic-plastic and limit-load to find static, dynamic and thermal solutions.

Erik also led product development ,design and business development in domestic and international markets. Besides his corporate responsibilities as President, Cliff is also Chief Engineer. Cliff specializes in design, failure analysis and troubleshooting in static and rotating equipment.

While with KnightHawk, Cliff has developed proprietary tools and methods for performing analysis on pelletizing dies, pressure vessels, heat exchangers, and centrifugal compressors.FINITE ELEMENT MODELING OF SKEWED REINFORCED CONCRETE BRIDGES AND THE BOND-SLIP RELATIONSHIP BETWEEN CONCRETE AND REINFORCEMENT Except where reference is made to the work of others, the work described in this thesis is.

Automated Finite Element Model Updating of the UCF Grid Benchmark Using Multiresponse Parameter Estimation A Thesis Submitted by Ali Khaloo In Partial Fulfillment of.

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FINITE ELEMENT MODELING OF TIDES AND CURRENTS OF THE PASCAGOULA RIVER by QING WANG B.S. Hohai University, M.S. Delft University of Technology, A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science finite element based model solves the shallow water equations in their full nonlinear form.

In this work, in order to investigate a modeling technique of the structure with bolted joints, four kinds of finite element models are introduced; a solid bolt model, a coupled bolt model, a spider bolt model, and a no-bolt model.

Peer Reviewed Journal


SFB - Ruhr-University Bochum