This allows designers or engineers to make a structure or equipment that can be used safely. Structural Analysis might be done during testing, design, or post-construction and shall account for the materials utilized, applied loads, and geometry of a structure. Structural engineers look at the results of structural analysis for slabs, beams, walls, and cables. Elements have forces that are applied to them including dead loads, wind loads, and live loads. We aim to assist students score top academic grades even when they need Structural analysis case study help.
Types of Structural Analysis
There are different methods used for performing structural analysis that depend on the accuracy level needed by engineers. The kinds of structural analysis are discussed in our Structural Analysis assignment help.
Hand Calculations: Hand calculations are a simple and fast way of evaluating the impacts of forces on simple structures. These calculations are standard practices in civil engineering for users who do not want to spend duration designing a structure, however, want to know the forces the beam shall undergo because of applied loads.
FEA or Finite Element Analysis: FEA or Finite Element Analysis is a complicated numerical method used for solving complex problems that contain variable inputs including applied loads, boundary conditions, and support types. This is a complicated but accurate method of running a structural analysis than hand calculations.
FEA needs that the structure be divided into smaller elements or parts that can be individually evaluated for an accurate estimate. It is highly time-consuming and highly difficult to set up as well as run. This is a common thing that FEA shall consist of thousands of entries thus making it impossible for human calculations. FEA is a highly accurate and powerful method and is the backbone of Structural Analysis Software.
Structural Analysis Software: Much Sructuar Analysis Software is there that can do accurate FEA calculations without much difficulty of setting up complex processes manually. One software is SkyCiv Structural 3D that enables users to find out the impacts of point loads, distributed loads, and moments on a design or structure. This is the most common method for evaluating a stricture with low calculation time and high precision.