Structural Simulation
A structural simulation is a digitally rendered stress analysis, using finite element analysis (FEA) to determine the deflections that a design undergoes in a given environment. Using your CAD data, the Fastway Engineering team combines the geometry, boundary conditions, and the loads such as external forces, moments, and accelerations to calculate the strain and stress.
What is Structural Analysis?
A structural simulation is a powerful tool that digitally tests and analyzes the amount of stress a design can withstand in a particular environment. By conducting structural analysis early in the design process, engineers can minimize the risk of costly errors and improve the efficiency of their design process.This analysis is done using advanced techniques such as Finite Element Analysis (FEA), which allows us to determine the deflections and deformations that may occur in the design.
Structural Analysis For Design Engineers
Structural analysis is a critical process in the field of engineering, particularly for design engineers. Design engineers use the results of structural analysis to inform their design decisions, such as selecting the appropriate materials and dimensions for a structure. In addition to ensuring the safety and efficiency of a design, structural analysis can also help to optimize the cost and performance of a structure. Therefore, it is crucial for design engineers to have a strong understanding of structural analysis principles and methods, and to incorporate them into their design process.
Fastway Engineering’s Structural Simulation Services
Our team at Fastway Engineering uses your CAD data to create a complete picture of your design, including the geometry, boundary conditions, and all external forces, moments, and accelerations that the design may experience. With this information, we can accurately calculate the level of strain and stress that your design can handle, giving you the peace of mind that your project will perform as intended.
Types of Structural Analysis We Offer
There are several types of structural analysis techniques that engineers use to evaluate the behavior of structures. Here are a few:
Static Analysis:
Static analysis is the most common type of structural analysis. It involves analyzing the structure under a steady load to determine the stresses, strains, and deformations in the structure. Engineers use static analysis to ensure that the design is strong enough to support the expected loads and meet the necessary safety requirements.
Dynamic Analysis:
Dynamic analysis involves analyzing the structure’s behavior under dynamic loads, such as vibrations or earthquakes. Engineers use dynamic analysis to evaluate the structure’s response to these loads and identify potential weaknesses in the design.
Fatigue Analysis:
Fatigue analysis is used to evaluate the structure’s behavior under repeated or cyclic loads. Engineers use fatigue analysis to determine the structure’s durability and ensure that it can withstand repeated loading without failing.
Benefits of Working With Our Engineering Experts
Working with engineering experts can help you gain a greater understanding of your structures and ensure that they are designed and constructed to meet the highest standards of safety, efficiency, and performance. Our experts have a deep understanding of the principles and methodologies behind structural simulation and can apply this knowledge to deliver accurate and reliable results. Additionally, our engineering experts can provide valuable insights into the behavior of structures, helping to identify potential design flaws and optimize designs for better performance. They can also help to reduce the risk of structural failure, which can lead to costly repairs and safety hazards.
If you’d like Fastway Engineering to save you time and money with a stress analysis, please get in touch!
