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The engineering challenge is to predict how well the finished product will perform under real-world working conditions.
This involves considering stresses and deformation as well as a range of failure criteria. 
honeycomb Core is used in many applications like aircraft, buildings, etc.  in this particular simulation a honeycomb core is simulated against static structural by applying a load, pressure on different faces with different conditions such as cantilever or fixed beam.  
A most important analysis of this simulation is finding out of plane elastic modulus. Out of Plane analysis is done by applying load in a particular direction and finding deformation, stress, and strain in that particular direction.  Therefore three different times load is applied in x, y, and z-direction to simulate out plane analysis.  I here have taken two conditions first cantilever beam and the second is a fixed beam.
 It was very easy and interesting to simulate here and the time consumed was even less as compared to other software.

Check out www.simscale-academy.com for more classes on simulation.

Demo Project for the SimScale Professional Training - https://www.simscale-academy.com/

In this project static structural FEA of front upright of Formula Student Vehicle is carried out under loading conditions. 800 newtons of force is applied at the both upper and lower control arm and 5000 newtons of force is applied as brake force and the behavior of upright is observed for the further considerations and use in vehicle.

Exercise for Session 1 of Thermal Training: Fundamentals of Thermal Simulations. To register for professional training, please follow this link: https://www.simscale.com/professional-training

Updated geometries for the section Incompressible Fluid Flow analysis of two globe valves of the Introduction to Computer-Aided Engineering (CAE) course - www.simscale-academy.com

This project acts as the demonstration template for the FEA professional training (Session 2) of the SimScale Academy - https://www.simscale-academy.com/

This project acts as the demonstration template for the FEA professional training (Session 3) of the SimScale Academy - https://www.simscale-academy.com/

This project acts as the demonstration template for the FEA professional training (Session 5) of the SimScale Academy - https://www.simscale-academy.com/

This project acts as the demonstration template for the FEA professional training (Session 4) of the SimScale Academy - https://www.simscale-academy.com/

This project acts as the demonstration template for the FEA professional training of the SimScale Academy - https://www.simscale-academy.com/

In this project steady state incompressible fluid flow simulation of a small RC aircraft is performed for the completion of aircraft design course on SimScale's Academy. Two simulation at different AOA relative to wing is carried out to obtain the coefficient of lift and drag. Lift and drag forces are calculated at 3 and 20 AOA, also the flow around the aircraft is also visualized for the design consideration.

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