Juan Francisco Crescente Email & Phone Number

I lead the mechanical Stress analysis team for our most important ongoing project of a medical isotopes nuclear reactor.Our core responsibilities encompass structural analysis of mechanical components using KTA, Eurocode and ASME VIII Division 2 Part 5 (non-standard vessels).Among my tasks, I've pioneered a comprehensive Verification and Validation process.

Simultaneously served as Engineering and Product Development Manager for Fertec S.A. and Luxion SAS, both integral members of the Nort Group. Led the entire product development life cycle at Fertec, introducing new engineering processes and establishing a prototyping department. Achieved product portfolio consolidation within the first year, followed by.

I played a key role in various projects, with one standout achievement being the development of an advanced fertilizer distribution system for the 'Series 6' spreaders. This involved using differential equations and conducting over 40 simulations using the discrete element method. The outcome was remarkable: A fertilizer machinery breakthrough in.

Concurrently with my role as Engineering and Product Development Manager at Fertec S.A. and Luxion SAS, I provided specialized stress analysis consulting services for diverse Nuclear and Marine projects beyond standard working hours.In the Marine sector, my focus extended to stress analysis for projects such as a catamaran-style feeding pontoon tailored.

As the Head of the Stress Analysis Team in the Nuclear Mechanical Engineering Division, I led a team responsible for analyzing critical components in Multipurpose Nuclear Reactor projects and Nuclear Power Plants. My role involved creating models, running simulations, and assessing factors like fatigue, fractures, vibrations, seismic analysis (transients.

In the Space Division, I specialized in analyzing communication modules for SAOCOM and ARSAT satellites. This included Stress analysis, frequency determination, and evaluating potential improvements for heavier satellites. I also assessed lifting structures, radar antennas, and designed a structural scanner for the FAES building (Argentine Facility for.

In Defense Technologies and Medical Systems, I conducted Stress analyses for radar systems, designed tall masts for Digital TV, and assisted in the development of hip prostheses.

• During my internship at the Nuclear Materials Laboratory of the Bariloche Atomic Center, I undertook the following key responsibilities:
• Conceptualizing and creating the preliminary design for mobile equipment designed to vitrify disused batteries. This innovative process involved immobilizing used batteries within a glass matrix.
• Conducting a comprehensive analysis of experimental parameters and mathematically characterizing the vitrification process. I also worked on developing specialized equipment concepts tailored to the plant's unique.

• In my role at Acoplados Crescente (trailers and semi-trailers for trucks), I achieved significant milestones while taking on diverse responsibilities:
• Quality Assurance Manager: Successfully led efforts to attain ISO 9001:2008 Certification, reflecting the company's commitment to quality and excellence.
• Innovative Design: I contributed to enhancing work conditions, part quality, and production efficiency by designing devices and machinery. These innovations played a crucial role in supporting various stages of product.
• Trailer Chassis Expertise: My involvement extended to designing and conducting stress analysis for trailer chassis, ensuring robust and reliable structures.
• Pioneering Solutions: I was instrumental in designing and prototyping innovative door opening and closing systems for trailers, further elevating our products' functionality and appeal.

Former Phd Student

Completed All Coursework | 40% Thesis Progress Thesis Focus: "Advancing Simulation Techniques for Flow-Induced Vibrations in Key.

Mechanical Engineer

Expert In Ecommerce And Digital Marketing

Education record

I have completed comprehensive training across diverse fields, encompassing Finite Element Method, FSI, CFD, Fracture Mechanics, ASME.