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As a professional in the field of structural engineering, we provide a comprehensive resource of tutorials that cover all the key topics in the field, from basic principles to advanced concepts. Our video collection is regularly updated to ensure that you always have access to the latest information and insights.
We provide educational resources for students and professionals in the field of structural engineering. Our tutorials are designed to help students master the key concepts and techniques in the field, and our experienced instructors provide clear and concise explanations of even the most complex topics.
In addition to our educational resources, we also offer a range of expert services for homeowners, contractors, and developers, including advice and guidance on home renovation projects, such as home extensions, loft conversions, and new builds. Our experienced engineers can guide you through every step of the process, from initial design to final construction, to ensure that your project is a success.
We also provide structural engineering calculations for building control approval, to ensure that your construction project meets all the necessary safety and regulatory standards. Our calculations are based on the latest industry standards and best practices, and our experienced engineers can work with you to develop customized solutions that meet your specific needs.
Whether you’re a student, professional engineer, homeowner, contractor, or developer, our tutorials and services provide a valuable resource for enhancing your skills and knowledge in the field of structural engineering. Start exploring our videos and services today and discover how we can help you take your understanding of structural engineering to the next level!
5 Top equations | Steel Truss Design every Structural Engineer should know
In this video, Structural Engineer Calcs will guide you through the top 5 equations for designing steel trusses. With expert tutorials and examples, you will master long truss design and learn how to stay within deflection limits. Whether you’re an experienced engineer or just starting out, this video is a must-watch for anyone involved in steel truss design. Don’t miss out on the opportunity to learn from the experts at Structural Engineer Calcs. Watch now!
How to Calculate the Bolt Diameter Required to Resist Uplift Forces
In this video, we demonstrate how to calculate the minimum bolt diameter required to resist uplift forces in a steel column anchored to a concrete foundation using grade 8.8 bolts. We explain the design tensile capacity of bolts and provide examples of the commonly used grades. We also show how to determine the bolt tension area and use it to calculate the minimum bolt diameter needed to resist the given uplift force. This video is a helpful resource for structural engineers and anyone interested in understanding the basics of bolted connections. For more information, please visit our website at structuralengineercalcs.com.
5 top equations every Structural Engineer should know.
In this video, Structural Engineer Calcs presents the top 5 equations every structural engineer should know. Whether you’re preparing for an interview or need quick reference during your daily work, these equations are essential to master. From simply supported beams to concrete section design, flat plate sections, and stress equations, our expert tutorials will guide you through the most commonly used equations in structural engineering. Watch now and learn from the experts at Structural Engineer Calcs.
How to do a steel beam calculation
Learn how to perform a deflection check on a simply supported steel beam. Watch as we calculate the deflection using the 5wL^4/(384EI) formula, ensuring it falls within acceptable limits. Visit structuralengineercalcs.com for more insights and subscribe for future engineering tips.
Mastering Member Design | Avoiding Common Pitfalls in Structural Engineering.
Join us as we delve into the complexities of member design in structural engineering. From understanding restraint to buckling and conducting serviceability checks, to exploring effective lengths and the trade-offs of minimum weight design, we provide valuable guidance to avoid common pitfalls. Stay tuned for expert insights and subscribe for more engaging content on structural design.
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