Lynx 171 Information

Set up your best approximation with Lynx 171! These times, the Finite Element Method has gained an enormous reputation since it is possible to predict the response/behavior of almost any complex strength mechanical problem in nature. However, this method ONLY solves the theoretical model which is built by the operator, it may well not solve the real problem expeditiously. If we want to obtain an approximated reasonable prediction of a problem, the mathematical model must be well represented/set up and mostly important: understood. Just to give you an example, by only changing the shape of elements, very different results can be obtained. To cope with this, Lynx 171 is implementing an offbeat methodology to address this hardship. We are determined to formulate the mathematical model which delivers a first class approximation to your physical problem. We specialize in static, eventually thermal-coupled, and dynamic analyses*. Moreover, and occasionally, we perform designs in SolidWorks when demanded in order to build the FE model**. Typically, our analyses involve large displacements, non-linear materials and contacts. We hone in on the construction/set up of the mathematical model, the best one in the market. Our services are mainly, but not restricted, useful for individuals who wish to solve a particular problem, which could be structures or parts at home, workshops, etc, and for small to medium companies requiring second to none strength models of structural mechanical systems. Many FE projects are not carried out is such a way that the outcome fulfills the minimum requirements, especially those related to the representation and/or idealization of the physical problem which is intended to be analyzed. In Lynx 171 we understand this, we understand the market and we know our competitors. It has allowed us to settle into galore and offer not just a quotation with a price but a high-powered remedy to your physical problem.