Practical Engineering Solutions (PES)’s Post

Whenever I read drawings of a new project; I don't focus on how to fabricate and weld, I focus on how to keep it safe from distortions due to thermal stresses. If you find the way to nullify residual and thermal stresses, you have found the strategy to fabricate your job. #Engineer #fabrication #projectleader #heavymanufacturing

Pressure vessel equipment operates under high pressure and temperature, their design and fabrication require meticulous attention to detail to ensure safety, reliability, and adherence to rigorous industry standards. Successfully conducted Finite Element Analysis on a horizontal ellipsoidal dish head pressure vessel, adhering to BPVC standards.#solidworks #solidworksdesign #fundamentals #finiteelementanalysis #Engineering #BPVCStandards

"At W&L, our focus is on the detailed maintenance of key structural elements in trains: frames, bodies, supporters, and all critical welded parts. Utilizing Finite Element Method (FEM) analysis, we gather precise data on stress and vibration impacts on these components. This data directly informs our Reliability Centered Maintenance (RCM) strategies, enabling us to predict potential failures and plan proactive maintenance schedules. Our approach is not just about maintaining operational integrity; it's about applying rigorous engineering analysis to extend the lifecycle of train components and improve overall system reliability," says Nenad Huber, W&L Welding and Maintenance Engineer. #rollingstock #maintenance #welding

Each category has its own set of testing and design requirements. Here’s more on requirements for fluid service categories used most often in the metal hose industry: https://lnkd.in/eUW2R8bz ASME (The American Society of Mechanical Engineers) #asme #metalhose #engineering #asmestandards

In the intricate world of structural engineering, precision is paramount. Our recent project, centered around Local Finite Element Analysis for a crucial Engine Room (E/R) area on an FPSO. The client identified structural contractions in the E/R, prompting a need for a detailed engineering assessment. Our mission was clear - derive the structural strength, taking into account the local corroded areas. Vedam’s Approach: -State-of-the-Art Software: Leveraging the power of Ansys (Mechanical), a leading finite element analysis tool. -Focused Assessment: Conducting a local structural finite element analysis in the specific engine room area. -Strength Derivation: Our experts meticulously derived the structural strength, factoring in the localized diminutions and associated anomalies. Key Objectives Achieved: -FEM analysis enabled us to pinpoint areas of concern with precision, ensuring a focused assessment. -Tailored engineering solutions for the corroded sections, optimizing structural integrity and modification. -Local analysis allowed for targeted strength derivation, optimizing resources and quick turnaround time. At Vedam, we don't just conduct assessments; we embark on journeys toward excellence. Our commitment to precision, efficiency, and resilience in structural integrity sets the stage for enhanced performance in the Engine Room of the FPSO. Join us on this transformative journey, where every analysis matters, and every solution is tailor-made for engineering excellence. Akshay Jain RAKESH ROY Rajnish Verma Nabil Nasir Kazi Dibin Raj K Vishal Thakur Ankit Ghosh PRASHANT Gawade Latika Raheja M.A. Shajahan #StructuralEngineering #FiniteElementAnalysis #AnsysMechanical #EngineeringExcellence #shipdesign #maritimeindustry #offshore #shipowners #shipmanagement #shipyards

#Lasershockpeening is a mechanical surface process that contributes to the increased performance of a material #engineering #residual stress

Mechanical Calculation For a Bellow Expansion Joint. An example of mechanical analysis of a bellow expansion joint based on EJMA is provided below. However, it should be noted that the stress results obtained based on EJMA are lower than those obtained from finite element analysis in ANSYS. #Mechanical Engineering #FEA #EJMA #Farnikan Company #Expansion Joint

PMPC services include engineering solutions (process and mechanical design) for different types of static pressure equipment. The professional experience recommends us for designing a variety of pressure equipment, as: ✓ Horizontal and vertical pressure vessels, like: Volume bottle, Pulsation dampeners, Drums, Filters, Adsorbers, Separators, Columns; ✓ TEMA Heat Exchangers (rigid, U type, floating head, stacked heat exchangers); ✓ Metallic Dilatation Compensators; ✓ Autoclaves for Buildings Industry. As a result, the following documents are issued: • Mechanical calculations (using PV Elite and Nozzle Pro software, including Finite Element Analysis) • General Assembling Drawing (sufficient number of sketches in an accepted AutoCAD format) • Detailed Drawings (sufficient number of sketches in an accepted AutoCAD format) Through qualified analysis, verification and validation activities we ensure the conformity of our products with our client’s requests. More details you can find at: https://lnkd.in/de7SZr_n #projectmanagement #planning #portfolio #PMPC #oraclepartner #ibmpartner #consultancy #mechanicalengineering #projectengineering #equipmentdesign

🚀 Exciting News! 🚀 Are you ready to take your engineering skills to the next level? Introducing our brand-new course on Static Equipment Design – your gateway to mastering the fundamentals of designing pressure vessels, storage tanks, and heat exchangers! In today's competitive engineering landscape, proficiency in static equipment design is a must-have skill for aspiring engineers and seasoned professionals alike. Whether you're looking to enhance your expertise, advance your career, or explore new opportunities in the field of mechanical engineering, this course is designed for you. 🔍 What You'll Learn: - Principles of static equipment design and analysis - ASME Boiler and Pressure Vessel Code (BPVC) standards - Design considerations for pressure vessels, storage tanks, and heat exchangers - Material selection, fabrication techniques, and inspection procedures - Practical insights and real-world case studies from industry experts 💡 Why Choose Our Course: - Comprehensive curriculum developed by experienced engineers and industry professionals - Interactive learning modules, video lectures, and hands-on exercises - Flexible schedule and self-paced learning options to accommodate your busy lifestyle - Access to a supportive community of learners and expert instructors - Certificate of completion to showcase your newfound skills and knowledge 📅 Enroll Now and Take the First Step Towards Becoming a Static Equipment Design Expert! Limited seats available – don't miss out on this opportunity to invest in your professional development and unlock new career possibilities. Got questions or need more information? Feel free to reach out – we're here to help you succeed! #Engineering #StaticEquipmentDesign #MechanicalEngineering #ProfessionalDevelopment #OnlineCourse #CareerGrowth

🚀Advanced Analysis of Perforated Structures in Engineering Design 🛠️ I'm excited to share the results of my latest project, where I utilized ANSYS to perform an in-depth analysis of a perforated plate and louver. This project involved investigating the mechanical and aerodynamic performance of these components, which are integral to various applications in industries such as HVAC systems, automotive engineering, and heat exchangers. 🔍 Key Focus Areas: - Stress Distribution: Examined how perforations affect the stress concentration in the plate, providing valuable insights into optimizing structural integrity while minimizing weight. - Deformation Analysis:Analyzed the deformation characteristics under various loading conditions, ensuring that the designs maintain their functionality even under high-stress scenarios. - Fluid Dynamics:Conducted a detailed CFD analysis on the louver, evaluating how the slatted design influences airflow, which is critical for applications requiring controlled ventilation and efficient heat dissipation. 💡 Why This Matters: Perforated structures like plates and louvers are becoming increasingly important in modern engineering design. Their ability to reduce weight, enhance cooling, and control fluid flow without compromising on strength makes them invaluable across multiple sectors. This project not only deepened my understanding of these elements but also provided practical insights that could drive innovation in future designs. 📊 Deliverables: I've compiled my findings into a comprehensive project report, detailing the methodologies, results, and recommendations for optimizing perforated designs. This document serves as both a learning resource and a guide for future projects in this area. 🌟 Looking Forward: I’m eager to apply these insights in real-world engineering challenges and continue exploring the potential of advanced simulation tools like ANSYS to push the boundaries of what’s possible in mechanical design. Feel free to connect if you'd like to discuss this project or explore collaborative opportunities! #MechanicalEngineering #ANSYS #CFD #EngineeringDesign #Innovation #HVAC #HeatExchangers #AutomotiveEngineering #PerforatedStructures #ProjectManagement #Engineering