4 Results and Discussion

4.1 Design Process and Methodology

In this paper, an improved algorithm is derived and its theory is proved based on the idea of Karmarkar’s algorithm. The method eliminates some assumptions of the squid algorithm and removes some defects of the squid algorithm to make it more practical. The algorithm example shows that the algorithm outperforms the KarmarKarr algorithm in terms of speed and accuracy. 9 This example solves two linear programming problems in mechanical engineering and comes to the right conclusion with good economic benefits. In mechanical engineering, there are various linear programming models, but they can be transformed into the following standard form by some mathematical methods.10
In the above equation x\y\z denotes the accuracy, quality, and appearance of the machine made, and n denotes the number of experiments.
The main problem of this method is the complexity of the computational algorithm, which is an index function and easily degenerates. Before fabricating the part, make sure the part is in the correct position in the fixture or rotor. This reference should not only be fixed, but accurate. Then tighten the part and secure it to the base. This connection is the key to the tension. These two links are interconnected and in the field of mechanical engineering, the scientific tightening of the part can directly improve the quality of the part and directly affect the safety, efficiency and production costs of the part. In general, the most common and useful local fastening method in machine construction should be formally and directly marked.

4.2 Research on the factors influencing linear programming in mechanical engineering

For a long time, machinery manufacturing enterprises in the process of processing and activities of mechanical products, only focus on the accuracy of mechanical products, little attention to product appearance, usually the appearance of mechanical products is not very good, so the need to vigorously carry out the corresponding optimization activities. In the process of manufacturing mechanical products, the working environment of some companies is not good enough, and there is a lot of dust in the workplace, which has a negative impact on the health of workers. The production process activities have the problem of products not being stacked as needed and stacked as required. As a result, the processing and production activities are easily worn out after the products are completed. In order to successfully complete the verification, secondary processing must be performed, which requires additional manpower and material resources. The impact of mechanical manufacturing product appearance and finished product protection on product sales is shown in Figure 7.