Simulation Of The Launcher Proiect Progress Control Research

With the advance of the military products market, in the guarantee of product quality, the premise of the price, the user of the product delivery on time is also more stringent. As a special product, in the actual production, due to the application of high technology, processing difficulty, complex factors such as the complexity of collaborative relationships and other factors, often lead to progress delay can not be delivered on schedule. Combination of military products many varieties small batch collinear production mode, using scientific project management theory, to explore a suitable for progress management method of research and production of military products, the delivery of completed on time and durability of the product, has a very important significance to improve the market competitiveness of enterprises.This thesis mainly uses the method of project management to study the progress management of the X model of the transmission device, the main work is as follows:(1) the status of the current control method of the project schedule is analyzed, and the project schedule is studied. The phenomenon of the plan and the actual progress of the project is analyzed.(2) through the analysis of the status quo of the project production schedule and control, the project schedule plan of this project is based on the critical path method.(3) in the process of project implementation, the use of forward line comparison method to track the progress of the progress of the real-time tracking and inspection, to find out the deviation of the progress, to find out the cause of the deviation, the main influencing factors to take measures, so that the progress can be effectively controlled, to ensure that the project is scheduled to achieve the final schedule.Through the research on the simulation of the launch device, the production schedule of the project is established, and the project is checked and tracked by the process. At the same time it is a good reference for the research of the schedule management schedule management for military products collinear production mode.