SEGULA Technologies Mexico is an engineering consulting firm offering full services on a wide range of engineering fields. Our management and quality control procedures enable our team to maintain direct control over each project with the result that it consistently provides well coordinated projects that meet the clients’ time and budget schedule.
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Engineering Services
Analysis and Numeric Simulation
We provide profesional Finite Element Analysis (CAE - CFD) and Engineering consulting services. Using the power of engineering tools we are able to participate in your design projects effectively. We help solve all types of mechanical engineering and structure engineering analysis problems.
STRESS
A structural simulation is a digitally rendered stress analysis, utilizing finite element analysis (FEA) to determine the stresses and deflections that a design undergoes in a given environment under real loading conditions. Using the CAD data, it combines the geometry, boundary conditions, materials and the loads such as external forces, moments, displacements and accelerations to calculate the strain and stress from a system and subsystems since linear or nonlinear point of view.
NVH
Designing with respect for noise, vibration and harshness (NVH) is notoriously challenging. Vehicles must be refined and quiet, yet roar appropriately when we want them to – and stay within legal noise limits. And with thousands of components interacting with the structure, the total NVH can be hard to predict and design for this reason its important to simulate them and detect issues or not compliances in every design stage or to fix any current releasing.
Noise and Vibration Modeling offers a comprehensive set of noise and vibration pre/post and solutions capabilities addressing your need to build, understand, evaluate and optimize the noise and vibration performance of complete system and assembly models.
THERMAL
Thermal analysis simulations are performed for estimation of temperature distribution, heat flux, thermal gradients and heat flow, besides, heat stresses once the temperature map is known, from these simulations it gets results in base on loading conditions, therefore it is possible to predict the thermal behavior for every component and its interaction. Analysis is done for both steady flow & transient conditions.
CRASH
To Simulate crash helps engineers to design safer and better vehicles; protect the passenger compartment is one of the most important part when crash or impact simulations are involved, using simulation can predict as many loading conditions scenarios as possible without physical testing which save time and money.
CFD
The implementation of CFD (Computer Fluid Dynamic) simulation services, has proven to be of increasing benefit to the design and analysis process across a range of products at both a system and component level, many industries are betting for simulate fluid flow and heat transfer in early design stages or to solve some issues in current designs or processes, some of those problems involve compressible or incompressible flow, conjugate heat transfer, natural or forced convection, radiation, among others.
OPTIMIZATION
One challenge in the industry is to design strong and lightweight structures, using optimization, engineers can find the best option that can withstand in a better way the loading conditions (static or dynamic), which identifies the best combination of geometrical parameters to improve the product’s performance and to save material.
