Finite element analysis
At Kaplan Projects and Engineering, we use finite element analysis (FEA) to simulate and optimize the behavior of structures and mechanical components. This advanced technique allows us to predict performance, improve design, and ensure the safety and reliability of products.
Here are our areas of expertise in FEA:
Static
We conduct analysis of structures under static loads to ensure their strength and stability, evaluating deformations and stresses.
Non-linear
We develop non-linear analyses that consider complex behaviors, such as large deformations and non-linear materials, to evaluate the response of mechanical components.
Fatigue
We conduct fatigue studies to predict the lifespan of components subjected to cyclic loads, helping to prevent premature failures.
Thermal
We analyze the temperature distribution and its effects on materials to ensure that mechanical components operate safely and efficiently in thermally demanding environments.
Vibrations and eigenmodes
We evaluate natural frequencies and vibration modes to design structures that avoid resonances and ensure proper dynamic performance.
