Design and strength calculations to verify the construction of a tank (caisson). The caisson is designed for below-water welding work on piles embedded in the bed of the Skalda River for mooring watercraft.
Design and strength calculations to verify the construction of a tank (caisson). The caisson is designed for below-water welding work on piles embedded in the bed of the Skalda River for mooring watercraft. The project’s main objective was to develop a caisson design that is fixed to the piles while minimising interference with their structure.
Structural design of the caisson with strength calculations. The design was made in Solidworks, the strength calculations of the caisson were carried out in the OptiStruct Analysis environment of the HyperWorks package, using the quasi-static non-linear calculation algorithm.
A successfully completed structure that meets the client’s requirements.
The automotive industry is one of the fastest-evolving industries. New business models, automation, digitalization, and the development of new technologies – the industry is undergoing revolutionary changes. What can we expect in the automotive sector shortly?
Read moreThe roar of motors, top drivers, dizzying speed. Formula 1 has been called the queen of motorsport for years. Will it retain this title in the electromobility world? Or will the electric car racing series: Formula E, take over it?
Read more
