Optimal design of Port crane
As the core key equipment of wharf container loading and unloading, port lifting machinery has been subjected to frequent high load operation for a long time, and its design and manufacture is very important, which is related to the safety of life and property on the wharf. Runyang Bonka Industrial Co., Ltd. (referred to as run Bonka Gothic) as a global professional port loading and unloading equipment suppliers, has always walked in the forefront of the industry's science and technology, has been committed to equipment R & amp; d innovation.
The company is through Krasta, ANSYS and other analysis software to help Crane R & amp; d design. For a long time, the industry for the crane structure is mainly the use of beam element calculation, although it occupies a unique advantage in the calculation speed, but because of its theoretical limitations, it can only show the axial stress results of the unit, in the composite stress area still need to carry out a separate manual calculation, time-consuming and laborious. With the rapid development of computer, the finite element theory and software are gradually perfected under the premise of the three-dimensional structure calculation of the whole machine becomes possible. Based on three-dimensional design, run Bonka Gothic through Ansys Workbench three-dimensional solid unit to achieve the crane's whole machine calculation simulation, fatigue, strength, buckling and other mechanical analysis can be completed at once.
