Aavantika Gas Mechanical Engineer Interview Questions and Answers

I have extensive experience in oil and gas construction.

• Managed construction projects for oil and gas pipelines

• Coordinated with contractors and subcontractors to ensure project completion on time and within budget

• Implemented safety protocols to ensure compliance with industry regulations

• Experience with welding, piping, and instrumentation

• Familiarity with industry standards and codes such as ASME, API, and ANSI

I have extensive technical experience in the Oil and Gas industry.

• I have worked on various projects related to drilling, production, and refining.

• I am familiar with industry standards and regulations such as API and ASME codes.

• I have experience in designing and implementing safety measures to prevent accidents and ensure compliance.

• I have worked with various equipment and technologies such as pumps, compressors, and pi...read more

The number of stages of turbine blades varies depending on the specific turbine design and application.

• Turbine blades are used in various applications such as gas turbines, steam turbines, and wind turbines.

• The number of stages in a turbine refers to the number of sets of rotating and stationary blades.

• Each stage of turbine blades helps to extract energy from the fluid passing through the turbine.

• Gas turbines typically...read more

The total number of bearings in a turbine varies depending on its design and size.

• The number of bearings in a turbine can range from a few to several dozen.

• The main purpose of bearings in a turbine is to support rotating components and reduce friction.

• Different types of bearings, such as ball bearings or roller bearings, may be used in a turbine.

• Large turbines, such as those used in power plants, typically have more be...read more

Steam enters the turbine at the high-pressure stage.

• Steam enters the turbine at the high-pressure stage to maximize energy extraction.

• The high-pressure steam is directed into the turbine blades, causing them to rotate.

• The steam then passes through multiple stages of the turbine, gradually losing pressure and expanding.

• At each stage, the steam's energy is converted into mechanical work to drive the turbine.

• Finally, the ...read more