Jason Reese的动态

3D Modelling before fabrication on site. #3DMODELLING #PIPINGWELDING #FITTINGWELDING #8INCHSTEELPIPING

?????? ????????????????????????? ?????????? ?????? ???????????????? ????????????????: ?????????? ?????? ?????? ???? ???????????????????? 3?? ??????????????! Tired of endlessly tweaking dimensions and properties in your 3D models? There's a better way! ?? Imagine walls that magically adjust when you change a length, or pipes that bend to your exact specifications. This is the magic of Parametric Objects! ? ???????? ???????????????????? ??????????????, ?????? ??????: ?? ?????? ?????????????? ???? ???????????????????? ??????????: Change one parameter, and the entire object updates instantly. No more wasted time on manual adjustments. ?? ?????????????? ???????????? ??????????????????????: Need to modify a pipe diameter or a slab thickness? No problem! Parametric Objects give you the freedom to adapt your designs on the fly. ?? ?????????? ???????? ????????????????????: Spend less time wrestling with your software and more time focusing on what matters: creating incredible designs! Parametric Objects: The Future of 3D Modeling is Here! ?? #3dmodeling #engineering #design #productivityhacks #Cadventure #2D #3D #MicroStation #Bentley P.S. What are your biggest pain points with traditional 3D modeling? Share your thoughts in the comments!

If you don’t know the load carrying capacity of your design , then you are wasting your time ????♂? Designing goes beyond 3D modeling, it encompasses a comprehensive understanding of functionality, load requirements and practical application ??

Benefits of using 3D modelling. ?? Detailed Design: 3D modeling allows for the creation of highly detailed designs with precise measurements, reducing the likelihood of errors and discrepancies. This is especially important in engineering, where accuracy is critical to ensure the safety of the final product. ScaffPlan - The smartest way to design and engineer scaffolding. ?? #scaffolding #design #software #engineering

3D Modeling for As-Built BoQ Everything is Clear.

?Current Project Update!?? I'm excited to share that I'm currently working on a 3D STAAD.pro model of a multi-story educational building. ??Ensuring compliance with IS standards, this project requires careful consideration of both design and loading conditions.???? ??Looking forward to seeing this project come to life! #structuralengineering #buildingdesign #STAADpro #ISstandards" ??Key Steps in My Current Project: 1. Modeling: Creating a 3D model to complete the geometry of the structure. 2. Load Application: Adding loads and design parameters as per the project requirements. 3. Analysis: Analyzing the model to identify potential stress points and weaknesses. 4. Results Evaluation: Identifying and addressing failed beams and structural elements. 5. Optimization: Implementing optimizations to ensure the structure meets the design requirements and is safe for use. ????These steps are crucial in ensuring the structural integrity and safety of the building.????

???? ???????????? ???????????? ???? ???????????????? ??????? Modern software tools clearly prefer 3D modeling. Working in 3D solves a lot of things, prevents collisions and confusion, and allows you to visualize future construction. Do we still need classic drawings? I think so. If a human is in the design process, the information that drawings provide is still irreplaceable. However, making 2D drawings from a 3D model is not easy at all. If only the individual labels did not overlap, and everything could be read. We spent a lot of time on it, and I hope it works. ???????? ???? ?????? ????????? #ideastatica #structuralengineering #drawings #innovation #inspiration

Here are some *Benefits of using 3D modeling* for Pre-Engineered Buildings (PEB) structures: 1. *Improved accuracy*: 3D modeling reduces errors and inaccuracies in design, ensuring precise calculations and simulations. 2. *Enhanced visualization*: 3D models provide a clear, detailed representation of the structure, facilitating better understanding and communication among architects, engineers, and clients. 3. *Streamlined design process*: 3D modeling automates repetitive tasks, allowing designers to focus on creative and complex aspects of the project. 4. *Material optimization*: 3D modeling helps optimize material usage, reducing waste and costs. 5. *Structural analysis and simulation*: 3D models enable advanced structural analysis and simulation, ensuring the building can withstand various loads and conditions. 6. *Clash detection and resolution*: 3D modeling identifies potential clashes between structural elements, allowing for early resolution and avoiding costly on-site modifications. By leveraging these benefits, 3D modeling can significantly enhance the design, construction, and operation of PEB structures.

3D Modelling: The Secret to Flawless Builds The days of 2D plans leading to construction mishaps are over. With 3D modelling, you can visualise your project in detail before it begins, ensuring that nothing gets lost in translation. From precise budgeting to clear communication with trades, 3D modelling aligns your team, saving you time and money. Want to know how this technology can transform your next build? ?? https://lnkd.in/gPX7gd4i Tag someone who should read this! #builder3dmodelling #constructionestimating #builder3dconstruction #estimatingservices #vision2estimating #builder3Destimatesadelaide #builder3Dhouseplans #adelaide3dplanning #V2Eestimates #estimateprojectsadelaide