The purpose of all these studies was to perform seismic qualifications of a dry transformer to check that all its structural parts work properly during a seismic event.

All the components of the transformer were analyzed, including the steel frame, the coils, the coil supports, the steel core and the aluminum electrical conductor.

The project comprises the analysis and sizing of a circular support beam of several pieces of equipment for Talara’s refinery in Peru.

It was required to validate the circular support beam subjected to different load cases due to the supported equipment, including wind and earthquake loads.

This equipment is part of a project of design and installation of a removable loading platform in helicopters AS350 & AS355.

A nonlinear model with contact definition between the platform and the helicopter´s floor was analyzed, applying different cases of inertial loads in the three orthogonal directions.

The purpose of this study was to obtain the maximum allowable loads, verification of the thickness, design validation, verification according to UNE-EN 12663 and lifting calculations in a Talgo® train frame.

The purpose of this study was to study the response of several pieces of industrial equipment under the elastic response spectrums O.B.E. and S.S.E.

The purpose of this study was to perform a CFD analysis to optimize the aircraft, obtaining the optimal stabilizer angle that determines the maximum velocity of the drone as well as the drag, lift and pitch coefficients.

Force coefficients and moment coefficients were obtained as function of the velocity and the drone angle.