Dr. Md Shahin Reza

- Stress analysis of chemical/petrochemical piping systems according to various design codes, e.g., ASME, EN13480-3. - Flange joints analysis according to codes like EN 1591-1, EN 13445-3 and ASME VIII. - Finite element analysis of nozzles and components, e.g. tee joints and bend supports. - Design optimisation of piping systems based on stress analysis - Piping class programming for 3D planning and modelling of piping systems Software/Tools used: ROHR2, FESU, CADWorx, AutoCAD (2D & 3D)

Main Responsibilities: - 3D modelling of piping systems - Planning and design of pipe supporting steel structures. Software/Tools used: - CADWorx Plant Professional, AutoCAD (2D & 3D), Navisworks

Main Responsibilities: - Structural analysis (steel & concrete) of industrial plants. - On-site data collection and FE analysis. - 3D modelling of industrial plants. Software/Tools used: - InfoGraph

Main Responsibilities: - Design of steel structures (e.g. piping supports), connections, anchorages and foundations. - Dynamic analysis and vibration control of piping systems and their support structures. - Collaboration in multinational European Union (EU) funded research projects through research and presentations in the area of seismic safety and risk assessment of chemical/petrochemical piping systems and associated components. Software/Tools : - RSTAB, InfoGraph, Frilo, Fisher

Main Responsibilities: - Analysis (FEA) and experimental testing of petrochemical piping systems and their components, e.g. flange joints and elbows. - Static and dynamic analysis of pipe supporting structures. - Research grant proposal preparation and management assistance in multinational EU-funded research projects dealing with seismic analysis and design of chemical/petrochemical piping systems and support structures. Software/Tools used: - AutoCAD, Matlab, SAP2000, ANSYS, OpenSees

Research Area: Seismic safety analysis of chemical/petrochemical piping systems and their support structures.