In this post, we would like to share some exciting news! After beams and trusses, it’s time for the next step – something that naturally complements our EquiStruct application and allows us to move to a higher level in structural analysis. This is how EquiFrame was...
Ritter’s method in brief: Ritter’s method, also known as the method of sections, is used to determine axial forces in selected truss members without having to analyze the entire structure. The section cut through the truss must divide it into two independent parts and...
Method of joints in trusses in brief: The method of joints consists of isolating individual truss joints and analyzing them as particles in static equilibrium. The analysis should begin at a joint where no more than two members have unknown axial forces. For each...
Truss calculation in brief: Calculating support reactions is usually the first step in analyzing any truss, as it makes it easier to determine the forces in individual members. Before starting the calculations, the types of supports must be correctly identified: a...
In today's post, we are excited to share our latest educational tool – the EquiTruss application – designed to help students learn truss calculations! Just like EquiBeam, EquiTruss enables fully analytical calculations for all types of truss structures (not just the...
online application for analytical calculations of engineering structures
The solution is not just the result. EquiStruct will guide you smoothly through the calculations of cross-sections and beams. The report will show you the process step by step.
You will receive correct results and understand the calculation methods. EquiStruct is the solution to your problems with mechanics.