Preview Questions Aerospace Production Technician | Role Specific Skill

Question 1: What is the significance of "bonding strength" testing in composite material inspections for aerospace applications?

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It measures the overall flexibility of the composite material

It ensures the material's weight is within acceptable limits for the design

It tests the material's resistance to thermal degradation over time

It evaluates the adhesive strength between layers of material, ensuring the component's structural integrity

Question 2: How do you ensure the alignment of large aerospace components during the final assembly?

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By visual inspection combined with trial and error

By applying adhesive bonding techniques to align parts

By using manual measurement tools such as micrometers

By using laser alignment tools

Question 3: What is the main advantage of using "digital ultrasonic testing" (DUT) over traditional ultrasonic testing?

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DUT uses higher frequency sound waves to detect smaller defects

DUT provides a digital record for more precise defect measurement

DUT is a non-destructive testing method that is faster

DUT is only suitable for composites, unlike traditional UT

Question 4: In the operation of an automatic bonding machine for aerospace components, what parameter is most important to monitor for effective bonding?

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Machine speed

Bonding material thickness

Temperature and pressure control

Workpiece alignment

Question 5: How does the operation of a plasma cutter contribute to the manufacturing process of aerospace components?

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Plasma cutters are only used for small components with low precision requirements

Plasma cutting is slower and less efficient than traditional methods like milling

Plasma cutting allows for precise and fast cutting of thick materials like titanium, reducing processing time

Plasma cutting is used primarily for non-metallic materials

Question 6: How do you ensure that the material handling process does not compromise the integrity of sensitive aerospace assemblies?

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By reducing handling times to prevent stress accumulation

By using only automated equipment to eliminate human error

By exposing the materials to low temperatures during handling

By using non-abrasive materials and ensuring proper handling techniques