History of mud gun is related to the validation of complex models. In general, there are some essential elements in the development and application of Solid control system. To some extent, the natural system models and history of mud gun have been individually developed. Due to this reason, some of the derrick screen usage principles are tested with the help of relevant physical and chemical measurements. This is because Solid control system can be used for different kinds of oil drilling systems and these models agree statistically with the measurements and history of mud gun. Of course some parts of the Solid control system have been modified or replaced wherever it is possible. On the other hand, we have to notice that such agreement is a necessary but not sufficient condition for the validation of an excellent Solid control system. There must be confidence that the major processes are being simulated in the model with the long history of mud gun.
However, this confidence may be limited by lack of knowledge or insufficient computational capability if we want to include all the known dynamics. Similarly, the model encapsulates extensive Solid control system reports in terms of oil drilling production, consumption, and trade. What is more, we also have detailed direct knowledge of Solid control system that is relevant to the entire oil drilling projects. However, if we look at history of mud gun closely, we can find that it contains many uncertain parameters. On the other hand, currently irreducible uncertainties still exist in modeling Solid control system systems. One common approach is to quantify these uncertainties with observations and expert solicitation in the probabilistic forecasts. The minerals can be realized tightly held in the quartz cement with the help of solid control system.
Thus, only a limited number of small size pores and clay minerals will show high ductility properties. Because of history of mud gun, only very fine grains of the oil drilling products have a very low permeability. The latitude of some oil well is low but some layers of organic rich shale formations can be observed. In other words, history of mud gun has good correlation with well permeability. What is more, core samples confirm the clay mineral types and show good correlation with the usage of Solid control system. The integration of this information can conclude that mud gun can be used in impermeable and relatively brittle well formation. The same also goes for the presence of interlayer organic rich shale rocks due to the flexibility of cap rock during the structural formations. Therefore, we may say that history of mud gun has improved the chance of drilling continuity with direct and indirect methods.