Technological processes and quality control in aircraft engine maintenance

The instance confirms that human factors—rather than malfunctions of mechanical and technological equipment—have largely contributed to the rise in flying accidents and unfavorable events. However, it has covered recurring topics like the formalized model of aircraft maintenance, analysis of the variables that affect the effectiveness of the maintenance service, and lastly, evaluation of the quality of aircraft preservation. The first consideration in keeping the safety of the airplanes is the availing of aviation specialists and facilities to control the operations (Sergiy et al., 2015). The experts are required expected to be efficient and self-disciplined. Additionally, the technology supporting the machinery should opt for the optimal planes upkeep. In the process, the resources necessary to acquire the equipment for necessitating the repairs should be provided. The compliance with technical precision, accuracy, and timeline define the success of the quality actions.

Analysis of the Factors Influencing the Efficiency of Maintenance Services

The effectiveness of the airplanes management is predicted by the array of factors like; operational quality and functionality of the production process, reliability, and the dependability of the likelihood external influence of the system levels (Sergiy et al., 2015). Notably, the logical, temporal, and quality of the action defines the value outcome.

The Quality Assessment of the Aircraft Maintenance

In the attempt to ascertain the value of airplanes upkeep, it is necessary to undertake the following measures; the timely solution of tasks by the equipment, efficient utilization of the available resources to achieve an outcome, and the practical solution of the jobs related to maintenance (Sergiy et al., 2015). Moreover, the prevalence of the skilled expertise of the firm defines the value of solutions.

Article 2: Jia, W. Q., Huang, Y. F., & Wang, Y. Z. (2011). The System Simulation Assessment Research on the Supply Chain Performance of the Aviation Weapon Equipment Manufacturing. Applied Mechanics and Materials, 66, 401-406).

The paper outlines the manufacturing process of the aviation weapon equipment. The gear has a long development lifecycle, requires huge capital outlay and high-risk factors, a vast space of participating units, and multiple influencing parameters (Jia, Huang & Wang, 2011). Due to the complexities of producing the tools, the article has deployed the use of systems science theory. Besides focusing on the industrial process, the model outlines the management countermeasures about the performance advancement and the sustainable improvement.

The system dynamics simulation has the steady procedures that assist in the assessment of the evaluation index. Apparently, the research has outlined the procedures of active system estimation based on the level variable rate and the variable system. While conducting the performance level on the Aviation supply chain of the weapons equipment engineering, (Jia, Huang & Wang (2011) reiterates that the use of complex systems including the Rate-Variable Fundamental and the In-tree Modeling Method are very essential.

Under the performance, the vital parameters include the assessment of the supply chain process. Also, the investigation on the relationship between the vendors and the customers and the decomposition of the supply chain prospects contribute to the evaluation index of the systems. When measuring the positive outcome of the supply, the quality products, the reliability of the vendors, innovation rate, and the time span for production and selling matters. Additionally, parameters gauge the outcomes of the support and operational performance

The analysis of the performance assessment simulation results outlines the suggestion for improvement. The first challenge is to the National Defense Military Services who are encouraged to maintain the quality and order complete cycle to evaluate the index while realizing the profits (Jia, Huang & Wang, 2011). Also, the vendors of aviation weapons are advised to conduct vigorous research on technology that will improve quality and innovation of the firms. Also, the defense and military departments should develop the new demand in the target market and exploitation of the niche markets for the weaponry while reinforcing the value of the existing tools.

References

Jia, W. Q., Huang, Y. F., & Wang, Y. Z. (2011). The System Simulation Assessment Research on the Supply Chain Performance of the Aviation Weapon Equipment Manufacturing. Applied Mechanics and Materials, 66, 401-406).

Sergiy Dmitriev, Vadym Burlakov, Oleksandr Popov & Dmytro Popov (2015). Technological processes and quality control in aircraft engine maintenance. Aviation, 19(3), 133-137.