Curious about how safety enclosures are crafted from start to finish? 🛡️ Our latest blog post reveals the intricate process, from conceptual design to material selection and performance validation. Dive in now to learn how our engineering team guides you every step of the way! ⤵️ https://lnkd.in/enkPS6h8
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From plastic molded part design to FEA. These two can get it done together.
When your product development team needs engineering fire power, Finite Engineering is there, saving you time and resources. Learn more about how we can provide benefit to your product development team here: https://lnkd.in/dDkFKyEq
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Did you know? Cable barriers are designed to be more flexible than concrete barriers, helping diffuse the impact in the event of a crash. Learn more about this engineering safety improvement at https://lnkd.in/gzrfWF24
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REGISTRATION IS OPEN! See you in 2️⃣ weeks!!! Don't forget to invite a student, young professional, or colleague, family, or friends to this amazing presentation from S2O Design and Engineering and Calibre Engineering, Inc. regarding our Natural Resources: " CREATING RIVER-CENTERED COMMUNITIES!" Super interesting stuff! See you soon! #SAMEPPP #naturalresources #waterresourcedesign #whitewater #inriverengineering #swiftwaterrescue #facilities #engineering
Register today for our February event taking place on the 13th, located at The Pinery at the Hill - Colorado Springs, CO. Join us for a fun topic by S2O Design and Engineering (apart of Calibre Engineering, Inc.). Looking forward to seeing everyone. Click here to register: https://lnkd.in/gpkN-wMv
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Tighten screws and bolts seems to be the simplest mechanical task but in some cases, this is not. Demonstration hereafter. 🔩🚧 Witness the Power of Vibration! 🚧🔩 Check out this demonstration showing how vibration can cause an improperly torqued fastener to come loose. It's a stark reminder of the importance of precise torque in ensuring safety and reliability in engineering and construction. Watch the video and see the science in action! 🎥👇 [📹 Nelson Reithmaier]
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Types & Causes of Material Failure , very well elaborated.
🧠🧭 Understanding Types of Material Failure Mindmap (Version 3.0) Contributors from suggestions in comments from previous versions of my posts: Version 2.0 https://lnkd.in/e_wMq8JN Version 1.0 https://lnkd.in/dq2iDKMY Eng.Sayed GB CAE-FEA Md Abdullah Al BARI Harry Shainian, M.S., P.E. Christopher Knippenberg Material failure refers to the loss of load-carrying capacity of a material or structural component, leading to its inability to perform its intended function. Understanding the mechanisms of material failure helps in predicting and preventing potential failures in engineering applications. P.S. What other failure modes for materials do you think should be added? Comment below! ⬇️. Let's try and create an improved Version 4.0 ♻️ If you found this helpful, please repost it for your network. Thank you! The updated Version 4.0 of this Mindmap is now posted here: https://lnkd.in/edKg8eVy
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