In the first part, the work describes timber construction, its beginnings, and the advantages and disadvantages of wood as a building material. The three basic systems of timber construction, their subsystems and the types of structural joints are then presented in more detail. The role of CNC machines in the wood industry is also briefly presented. In the second part of the thesis, three structural joints are presented, along with their modelling in SolidWorks software and the determination of machining strategies for joint production on numerically controlled machines using SolidCAM software, where we compare the production times depending on the strategy and type of wood joints and determine the most efficient choice. It was found that the HSR contour is the most suitable for rough machining, and the HSM constant Z machining is the most suitable for fine machining.
|
