There is a close relationship between an aircraft and its welding needs. The decisions aviation welding technicians have to make while repairing an aircraft depend on its specifications. It implies that aviation welders need to be aware of the aircraft and its details. It allows them to choose wisely and correctly while inspecting, deciding, and repairing the plane.
The Size Of An Aircraft
The most critical factor that determines the decisions that the welders make is the size of the aircraft. A smaller aircraft will not need the same type or extent of a welding job as a big plane does. The aviation welders have to keep in mind what size of an aircraft they are dealing with.
Larger aircraft need more robust welding procedures to withstand their weight and other dimensions. On the other hand, a smaller aircraft is comparatively easier and requires less complex and lighter welding jobs to sustain the harsh elements.
An Aircraft's Weight
Some aircraft might look heavy because of their size but still weigh less than you may expect. An aircraft's weight also determines the type, strength, approach, and usability of the welding procedure. An aircraft's weight is one of the most significant factors that affect the welding decisions and the performance of a welding joint.
The Turbulence In The Flight
The turbulence of an aircraft during flight is another factor to keep in mind while deciding which type of welding you will apply and with how much strength and durability. Most cracks and breaks occur during flight. The leading cause of this is the turbulence an aircraft has to withstand midair.
Speed Of The Aircraft
The speed at which an aircraft flies affects most of the welding decisions made by the aviation welding technicians. A weaker welding joint may be able to sustain a low-speed flight. If the same joint gets exposure to a high-speed flight, it may crack or break. The aviation welders have to be familiar with the speed and the effects of the speed on the welding jobs they perform on it.
The aircraft's higher speed results in more damage and makes the aircraft prone to wear and tear. This is why it requires more robust and durable welding jobs to sustain the pressures a plane has to face during flight.
Number Of Flights
It's also very critical to track the number of flights an aircraft takes before it will be inspected and repaired again. A busier aircraft needs more frequent and stronger welding jobs than one that only takes flight every once in a while.
Aviation maintenance staff must inspect the busy aircraft after every flight, ideally. This will ensure that no cracks or any other type of fault goes unnoticed. Timely detection of a fault and appropriate repair work will prevent the aircraft from further damage.
Age Of An Aircraft
How old an aircraft is, determines how much welding and what type of welding jobs the welders must apply to its components. Newer aircraft will not require as much repair work as compared to older ones.
The aviation welders need to have enough experience to know an aircraft's age by looking at its body's condition. Sometimes it is not possible to make an estimate. In that case, they must ask the aircraft owner about the aircraft's actual age before going into the welding process.
Acorn Welding provides the most reliable, experienced, and skilled aviation welding technicians with technical expertise to decide and execute the right welding job on your aircraft. Get in touch with us or get a free quote by clicking here.
