We Live in A World of Machines and Engines
Which requires the configuration to work together greatly? Even if it did, just imagine what will happen if once part doing too fast and another doing to slow! This is why it becomes all the more necessary to ensure that all the injectors of a machine work in perfect synergy. Flow matching is one way to address this.
Realizing the Significance of Flow Matching in Multi-Injector Applications
It is like saying all the injectors in a machine are pumping exactly the same liquid or gas. A single injector valve pumping more than the rest can result in improper working condition of the machine. Think about a race, if one crosses the finish line and the rest are still walking they aren't going to win, are they? Which is why flow matching is so critical in the world of multi-injector systems.
Important factors to analyze flow matching in the multi-injector systems
So what goes in to flow matching under multi-injector systems? One thing is the size of the injectors; if they are not same in size, they might deliver different amount of liquid or gas to your engine. The other consideration is the pressure at which the diesel injector are pumping. All it takes is one high pressure pump to cause flow matching problems. From these aspects, engineers can evaluate how well their injectors are sharing their flow.
Methodologies for Assessing the Accuracy of Flow Matching in Multi-Injection Systems
Engineers have various methods to quantify the accuracy of flow matching in multi-injector systems. Sensors, for example, can measure the flow rate for each individual injector and create a baseline so that they can be accurately compared with one another later on. Engineers can then view how well each control valve injector matches up by comparing flow rates. Computer simulations to modulate the interaction between injectors is another way. The techniques allow engineers to ensure that the injectors are matching their flow as they should.