Hire dlubal rfem Designers in Portugal

I am a mechanical engineer and independent consultant specialized in piping stress analysis, pipe vibrations, pressure vessel design, and steel structures for industrial plants. I support EPC contract... Read more

I am a mechanical engineer and independent consultant specialized in piping stress analysis, pipe vibrations, pressure vessel design, and steel structures for industrial plants. I support EPC contractors, engineering firms and plant owners on complex projects in the oil & gas, gas transmission, chemical and energy sectors, from greenfield plants to revamping and troubleshooting. My expertise covers piping and pipeline stress analysis according to ASME B31 (power, process, liquid and gas pipelines, hydrogen) and European codes such as EN 13480 and EN 1594, including slug flow, support design and piping–structure interaction. I also design and check pressure vessels and heat exchangers to ASME VIII Div.1 and EN 13445, as well as service and pipe rack steel structures based on Eurocodes. I have hands‑on experience with many international projects (LNG regasification, gas compressor stations, CO₂ and H₂ pipelines, carbon black plants, refrigeration packages, slug catchers, fertilizer and petrochemical units), often working in English‑speaking environments and multidisciplinary teams. Typical scopes include flexibility and nozzle load checks, vibration and pulsation assessment (API 618), lifting analyses, skid and support verification, feasibility and revamping studies. Main software: CAESAR II, Bentley AutoPIPE Advanced, STAAD.Pro, PV Elite and FEA tools (Salome‑Meca / Code_Aster, NozzlePRO). I am a member of ASME and regularly attend specialized courses and conferences on vibrations, finite elements and forensic engineering. I deliver clear calculation reports, ready for client and authority review, and I am used to working remotely for international clients.

I am a mechanical engineer and independent consultant specialized in piping stress analysis, pipe vibrations, pressure vessel design, and steel structures for industrial plants. I support EPC contract... Read more

I am a mechanical engineer and independent consultant specialized in piping stress analysis, pipe vibrations, pressure vessel design, and steel structures for industrial plants. I support EPC contractors, engineering firms and plant owners on complex projects in the oil & gas, gas transmission, chemical and energy sectors, from greenfield plants to revamping and troubleshooting. My expertise covers piping and pipeline stress analysis according to ASME B31 (power, process, liquid and gas pipelines, hydrogen) and European codes such as EN 13480 and EN 1594, including slug flow, support design and piping–structure interaction. I also design and check pressure vessels and heat exchangers to ASME VIII Div.1 and EN 13445, as well as service and pipe rack steel structures based on Eurocodes. I have hands‑on experience with many international projects (LNG regasification, gas compressor stations, CO₂ and H₂ pipelines, carbon black plants, refrigeration packages, slug catchers, fertilizer and petrochemical units), often working in English‑speaking environments and multidisciplinary teams. Typical scopes include flexibility and nozzle load checks, vibration and pulsation assessment (API 618), lifting analyses, skid and support verification, feasibility and revamping studies. Main software: CAESAR II, Bentley AutoPIPE Advanced, STAAD.Pro, PV Elite and FEA tools (Salome‑Meca / Code_Aster, NozzlePRO). I am a member of ASME and regularly attend specialized courses and conferences on vibrations, finite elements and forensic engineering. I deliver clear calculation reports, ready for client and authority review, and I am used to working remotely for international clients.

I am a specialist engineer with over 16 years of international experience in finite element analysis (FEA), CAD modeling, and structural engineering of wind turbine blades, FRP composites, and bolted... Read more

I am a specialist engineer with over 16 years of international experience in finite element analysis (FEA), CAD modeling, and structural engineering of wind turbine blades, FRP composites, and bolted joints. My career has been dedicated to solving highly complex structural challenges in renewable energy, with a strong track record in both consulting and hands-on engineering for OEMs in Europe, China, and India. My expertise covers the full cycle of structural development: from design and optimization using FEA, to certification and compliance with international standards, to damage analysis and retrofitting of existing components. I am recognized as an FEA expert, with advanced skills in ANSYS (Workbench, APDL, ACP), RFEM, Abaqus, and Nastran, and I have led the certification of more than 200 wind turbine components and over 50 rotor blades. Beyond analysis, I am also a developer of proprietary engineering tools that streamline and automate structural calculations. These tools have significantly improved efficiency, accuracy, and reliability in structural evaluation and certification processes for my clients. Alongside FEA expertise, I bring strong CAD and 3D modeling skills with ANSYS Discovery, ANSYS SpaceClaim, NX, Creo, and CATIA, enabling me to support projects from initial concept models through to advanced simulation and certification documentation. I hold a Master of Science in Mechanical Engineering (Bremen University of Applied Sciences, Germany) and a Master of Science in Process & Energy Technology (Bremerhaven University, Germany), complemented by postgraduate studies in Wind Energy (Gotland University, Sweden). Fluent in English, German, and Spanish, I work comfortably in multicultural and cross-functional teams, coaching peers and delivering solutions that combine technical rigor with business impact. I help clients achieve optimized, certifiable, and reliable designs through advanced simulation, structural analysis, and CAD/FEA integration. Whether you need concept development, detailed simulation, or certification support, I deliver engineering services that reduce risks, shorten development cycles, and ensure compliance with global standards.