Mechanical engineering and fluid mechanics, thermodynamics

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Discussion Overview

The discussion revolves around the application of knowledge in fluid mechanics, thermodynamics, and heat transfer by mechanical engineering graduates in their professional careers. Participants explore the relevance of these topics in various industries, particularly in oil and gas, power generation, and automotive sectors.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant expresses curiosity about the employment of mechanical engineering graduates in roles utilizing fluid mechanics and thermodynamics, noting a lack of awareness among peers in the oil and gas industry.
  • Some participants suggest that many mechanical engineers do engage in fields related to fluid mechanics and thermodynamics, including power generation.
  • Another participant mentions that most electricity is produced by heat engines, indicating a significant number of mechanical engineers work in this area.
  • There are claims that involvement with fluids and thermodynamics appears to be more common among chemical engineering graduates, particularly in the oil and gas sector.
  • One participant shares personal experience working on fluids in oil and gas, highlighting the presence of mechanical engineers in thermofluids roles across various industries, including automotive.
  • Another participant questions whether mechanical engineers perform thermodynamics calculations in power generation, suggesting that they do, based on their internship experience at a coal and gas power station.
  • A participant describes their work in a research center related to processes used in the field, including fluid mechanics studies, indicating that mechanical engineers are involved in these areas.

Areas of Agreement / Disagreement

Participants express differing views on the extent to which mechanical engineers utilize fluid mechanics and thermodynamics in their jobs, with some asserting that chemical engineers dominate these areas, while others provide examples of mechanical engineers actively engaged in relevant roles. The discussion remains unresolved regarding the overall prevalence of mechanical engineers in these applications.

Contextual Notes

Participants reference specific industries and roles but do not provide comprehensive data on employment trends or the exact nature of job responsibilities. There is an acknowledgment of varying experiences and perceptions based on individual backgrounds and industries.

Shaun_W
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I'm curious as to roughly how many mechanical engineering graduates have found jobs where they utilise the knowledge they gained in fluid mechanics, thermodynamics and heat transfer as part of their university degrees.

Reason I'm curious is because, from my class, I'm not actively aware of anyone having being involved with the above in their jobs after graduation. As topics, they were a substantial part of our degrees, and I quite enjoyed them too. However, my observation is involvement with the fluids and thermodynamics side of things seems to be limited to chemical engineering graduates...

Perhaps it's just the industry we're in (we virtually all went into the oil & gas industry), hence why I'm asking Physics Forums in order to get a much broader view.
 
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Many get involved in fields related to those topic, including in oil and has.
 
Most electricity is produced by heat engines - A massive number of mechanical engineers work in power generation.
 
boneh3ad said:
Many get involved in fields related to those topic, including in oil and has.

I'm in that industry and from what I have seen it is also exclusively chemical engineering graduates that get to use fluids and thermodynamics.

billy_joule said:
Most electricity is produced by heat engines - A massive number of mechanical engineers work in power generation.

Thanks, I kind of forgot about that, but do they actually do the thermodynamics calculations?
 
Shaun_W said:
I'm in that industry and from what I have seen it is also exclusively chemical engineering graduates that get to use fluids and thermodynamics.

I used to work for an O&G company and did some fluids work regarding flows through permeable media while there as a mechanical engineer.

There are also countless other industries available with mechanical engineers filling thermofluids roles. The automotive industry, for example, where they do vehicle aerodynamics and any number of fluids, combustion, heat transfer and thermodynamics tasks involved with the engine.
 
Shaun_W said:
Thanks, I kind of forgot about that, but do they actually do the thermodynamics calculations?

Someone has to do them and I certainly hope it's not the receptionist!

I did an internship at a coal and gas power station. There were about 15 Mech Engineers, 15 electrical and not a single chemical engineer.
 
boneh3ad said:
I used to work for an O&G company and did some fluids work regarding flows through permeable media while there as a mechanical engineer.

Was that in downhole tools/equipment?

billy_joule said:
Someone has to do them and I certainly hope it's not the receptionist!

I did an internship at a coal and gas power station. There were about 15 Mech Engineers, 15 electrical and not a single chemical engineer.

Ah, okay, was just wondering if they drafted in specialists to do it.
 
Shaun_W said:
Was that in downhole tools/equipment?

Well I worked in a research center so most of that work was related to studying and developing processes that were being used or would soon be used out in the field, particularly related to fracking and acidizing.

There were also groups looking at the fluid mechanics of things like the drilling mud. There were definitely mechanical engineers in those groups.
 

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