Structural Analysis of a Beam Posted by Adam Wilson in Engineering Resources on November 20th, 2007 The process used for determining the adequacy of a wood, steel, or even a concrete beam is essentially the same. Once a beam has been selected the method is as follows: Determine the LoadsThe first step in the structural analysis of a beam is…
StruCalc 8.0 is the next generation of structural analysis software. The intuitive interface combined with the power to design multiple span members using steel, wood, flitch beams or manufactured lumber propels StruCalc ahead of the competition. This is the features page for StruCalc 7.0, a now outdated version of our software. To see what StruCalc…
StruCalc 8.0 is the next generation of structural analysis software. The intuitive interface combined with the power to design multiple span members using steel, wood, flitch beams or manufactured lumber propels StruCalc ahead of the competition. This is the features page for StruCalc 7.0, a now outdated version of our software. To see what StruCalc…
Some friends and other software firms that compliment StruCalc. Titanium Plate – Titanium Plate and Titanium Sheet in a wide variety of grades and specifications. www.RedBuilt.com – a leader in the design, manufacture and support of engineered wood products for commercial and residential applications www.planroomcentral.net – An excellent site for residential plans and building information exchange. www.tritools.com – The…
Normal Stress, Bending Stress, & Shear Stress Stresses in BeamsIn a separate article entitled “Structural Analysis of a Beam” there was a brief discussion of stresses and their function in structural analysis. In this article there will be a more in dept discussion of normal, bending, and shear stress. Normal StressA normal stress is a…
StruCalc version 8.0.108 came with some amazing new database updates! To ensure that all our previous users can also receive these updates without losing their custom values StruCalc has developed the Database Editor. Below are some common questions that can be answered about this new software that is free to all StruCalc users. Note that…
Seismic activity poses significant challenges to the built environment, as earthquakes can lead to catastrophic structural failures. Proper integration of seismic considerations into structural design ensures safety, functionality, and resilience. This article explores the fundamental principles, methodologies, and technologies employed in seismic structural design. Understanding Seismic Forces Earthquakes generate complex ground motions, including vertical and…
Flitch plates are a unique and versatile structural component used in construction, combining the strength of steel with the affordability and workability of wood. They have been a staple in construction projects where enhanced load-bearing capacity is required without sacrificing ease of handling. In this guide, we’ll delve into what flitch plates are, their applications,…
In the ever-evolving landscape of structural engineering, continuous professional development is paramount. With the industry’s rapid advancements, engineers must seek the most efficient and cost-effective ways to stay updated. StruCalc’s new PDH (Professional Development Hours) classes offer a remarkable solution, providing the best value for PDH with a blend of quality, affordability, and forward-thinking content.…
In steel construction, ensuring that the structural components of a building can handle various forces, such as wind, seismic activity, and live loads, is essential for the safety and stability of the structure. One of the most critical elements in this regard is the moment connection, which plays a pivotal role in how steel frames…
