Artificial intelligence (AI) technology, as one of the most sophisticated science and technology in today's world, is increasingly being used to production and life, particularly in the manufacturing business. it demonstrates how artificial intelligence technology is used in mechanical manufacturing, namely in defect detection, quality inspection, enhancing workplace safety, and other areas. Artificial intelligence technology is becoming increasingly important in people's lives as it becomes more widely used in people's daily lives, such as the widespread use of smart dishwashers and smart sweepers, which are the products of the fusion of artificial intelligence and the mechanical manufacturing industry. Indeed, artificial intelligence technology has been widely utilized in the mechanical manufacturing business, which not only ensures production precision, but also enhances job productivity and workplace safety. The rise of artificial intelligence has caused significant changes in the manufacturing industry as a whole. Without exception, the manufacturing industry must rely on AI technology to accomplish automation and intelligent development, as well as to improve productivity. Using artificial intelligence to categorize mechanical components, we may propose parts from a based solely on an image or CAD model. To find a necessary component in a machines we must currently browse through a catalogue and be able to discern which part you want based on the available possibilities and your understanding of the catalogue. There are serial numbers to memorize since a single digit or character change might indicate a different sort of part. The algorithm will choose which sections are the best and will significantly facilitate our search.

Baykar Bayraktar TB2 (Tactical Block 2) is a domestically armed unmanned aerial vehicle produced by Turkey-based Baykar Defense. It is accepted in the middle class armed unmanned aerial vehicle class with its dimensions and the amount of useful load it can carry. Medium UAV class is an accepted classification for UAV’s that are too heavy to be carried by one person but still smaller than a light aircraft. There are also medium-sized UAV’s with a rotary base. Unmanned combat aerial vehicle (UCAV), also known as fighter aircraft, colloquially abbreviated as drone, is an unmanned aerial vehicle (UAV) used for intelligence, surveillance, target designation and reconnaissance and carrying aircraft munitions. Drones can use missiles, ATGM’s and/or bombs at fixed points for their attacks. Drones are often under real-time human control and have varying degrees of autonomy. Unlike unmanned surveillance and reconnaissance aircraft, SİHAs are used for both unmanned aerial vehicle attacks and battlefield intelligence. The solid model was used ready-made in 1:1 scale. All the parameters were obtained using the Rotax 912 engine with two blades used in the design of the primary models. Modal analysis is that the study of dynamic properties of systems below vibration. Accelerometers help calculate the vibration of the system when attached to a shaker. Modal analysis on aircraft emerges as the analysis of the vibration period and modes of the wind on aircraft. Analyzing the solid model according to the correct design criteria in the analysis program, making the correct simplifications, getting the mesh network properly and with success, directly have an affect on the accuracy of the modal analysis results.