ASETS-CA 的动态

How Process, Structural, and Mechanical Design Work Together for Success? Efficient engineering relies on the seamless integration of Process, Structural, and Mechanical Design disciplines! * Process Design: Focused on streamlining workflows and optimizing system efficiency. * Structural Design: Ensures stability, safety, and durability of structures. * Mechanical Design: Drives innovation by crafting functional machinery and components. These three pillars form the backbone of innovative engineering solutions, paving the way for progress and sustainability. ?? Explore these principles to master your design strategy! ?? Watch the reel and follow us for more expert insights. Together, let's shape a stronger future! #EngineeringDesign?#ProcessDesign?#StructuralDesign?#MechanicalDesign?#Innovation?#Sustainability?#EngineeringSolutions?#VegasConsulting

?? Would you rather have more time to optimize your design, or design every element of your facility by hand? Remember the days of designing every element by hand? Those stacks of paper blueprints might seem quaint now, but for many architects and engineers, that was the reality not too long ago. ?** The future of design are tools that empower engineers and propel their layouts. Maybe that's parametric models, or generative equipment, or real-world facility scanning and editing. All these tools are a powerful weapon in their arsenal for a more sustainable future. We would not be here without the old pen and paper. But to reach our goals of sustainability in time, we're going to need a whole new set of tools to help speed up the process. Are you ready for them? **What are your thoughts on the evolution of design methods? Share your experiences in the comments! ** And if you're ready to see the future of engineering, take a look at how our parametric design tools can help you save time and improve your designs: https://lnkd.in/g5m2RjTh #reimagineengineering #civilengineer #engineer #epc #facilitydesign #factorydesign #parametricdesign #sustainableconstruction #architecture #engineering #designthinking

?? Mechanical Design Tips #3: Navigating Confidence Levels in Design Concepts In mechanical design, the confidence you have in your concept dictates your approach. Here’s how I manage different levels of confidence: 1. Low Confidence Level: When uncertainty looms, it’s prudent to explore multiple alternatives. Develop several designs and conduct trials to discover the best solution. However, stay mindful of project timelines and costs—balance exploration with efficiency. 2. Mid Confidence Level: With moderate confidence, focus on feature validation. Create a few design variations and test them to optimize the concept. This allows for adjustments based on real-world performance, ensuring the design meets expectations. 3. High Confidence Level: When you’re highly confident in your design, you might not need alternative designs. Trust your experience and skills, but it’s wise to have a backup plan in case the design doesn’t perform exactly as intended. A well-thought-out contingency can save time and resources if unexpected issues arise. By aligning your approach with your confidence level, you can effectively manage risks and guide your designs to success. ???? #MechanicalDesign #EngineeringTips #DesignOptimization #ConfidenceInDesign

Proud to bring engineering concepts to life as part of my design journey??????? #MechanicalEngineering #DesignInnovation #CADModeling #Engineeringdrawing #EngineeringCreativity #3DModeling #ComputerAidedDesign

?? Let's review. Parametric design creates layouts faster. So, parametric tools, like our structural generator, mean faster plans. Faster plans, mean faster proposals. Faster proposals mean faster approval. Therefore, parametric design makes making plans and proposals a lot quicker! (How?) With tools like our generative structure tools, which build frames is seconds! Check it out in action! Want to try it for yourself? Sign up for a FREE demo with the link in the comments! (And take a look at our newly designed website while you're at it!) #reimagineengineering #civilengineer #civilengineering #facilitydesign #epc #engineering #generativedesign #structuralengineer

Understanding the dual nature of design is crucial for creating successful products that not only look great but also perform seamlessly. Whether you're developing a new device or refining an existing product, recognizing how form and function intersect can bring insights when there is apparent conflict. Simplexity’s latest blog,??????? ?????????????????????? ?????????????? ???????? ?????? ???????????????? ???? ???????????? ??????????????????????, by Sr. Mechanical Engineer, Tristan Dudik, delves into this topic. Read the blog to find out more about: ?? Where engineers and industrial designers add the most value in “design” ?? An example product which bridges form and function (picture and CAD rendering) ?? How to create balance when there is tension between product requirements ?? https://lnkd.in/eW3ax44k #ProductDevelopment #ProductDesign #DesignEngineering #Engineering

?? A mechanical conceptual design to create a distance between products on the conveyor in the production line. #engineering #mechanicalengineer #design

Mechanical Engineering

Parametric modeling is indeed an exciting development in the architecture, engineering, and construction (AEC) industry. By allowing designers and engineers to create models that are based on parameters and relationships, rather than static shapes, parametric modeling offers a range of benefits, including increased flexibility, efficiency, and accuracy in the design process. Parametric modeling enables designers to quickly explore different design iterations and variations, making it easier to optimize designs for performance, cost, and other factors. It also facilitates the integration of complex geometries and design constraints, leading to more innovative and sustainable structures. As the industry continues to embrace parametric modeling, it's essential for professionals to stay updated on the latest developments and techniques in order to leverage its full potential. If you have any specific insights or experiences to share from the article, I'd love to hear more about them!

? If there was a button you could press to save you time and effort on your next engineering project, would you hit it? What if it meant reducing the amount of repetitive work? Or being able to optimize your design for longer? Would the button be worth it? Sadly, we don't have that hypothetical button. But, we do have something even better. It's called the Integrated Design Suite (IDS), and it's here to make those hypothetical situations come true. Say goodbye to: Losing time to modeling Equipment. Tedious pipe routing and structural calculations. Export headaches for different client needs. Say hello to: A Model Library of Equipment: Access a vast library of pre-built, parametric equipment models to drag-and-drop into your layout. No more wasting time recreating the same models from scratch! Parametric Design Tools: Effortlessly design pipes and structures with intelligent tools that adapt to your needs. Optimize layouts with a few clicks, not hours of calculations. Model Export to Anywhere: Seamlessly export your models in various formats to meet any client requirement. No more scrambling to convert files for collaboration. Engineers are the one's building our world, it's one of the most important things someone can do. Our tools build on your skills, remove tedious tasks, and help you reclaim your time so you can get back to building the world one project at a time. Does that sound like a button worth pressing to you? Head to our website to learn how IDS improves your workflow and gets your projects and proposals done faster. https://lnkd.in/g5m2RjTh #reimagineengineering #engineering #engineeringdesign #layoutdesign #productivity #construction #innovation #civilengineer