This is one post which I meant to write for a long time but kept tossing away due of lack of time, or maybe just laziness. So here I am returning to my new found sanctuary and finally unloading my thoughts onto this desolate blog of mine.
After finishing literally half of engineering, I am just trudging along to finish another half. Not many changes in my life but the massive task of starting the dreaded third year in Engineering where we will be bombarded with core subjects all over. So let me put this in a nerdy perspective.Consider a D to C nozzle flow. Fluid velocity increases as it approaches near the mouth of the nozzle. If you consider the thermodynamics of the flow, entropy increases as the fluid approaches the convergent part. From basic thermodynamics, we all know that as entropy increases, the randomness of the system increases. This randomness can be considered to cause 'chaos'. This is how this period of engineering is like. The first year starts as a normal steady flow. The velocity slowly gains pace in the second year. When third year approaches, the flow consequently approaches the nozzle entry. Third year is like the nozzle. You have very little time but you have to push through a lot. Pressure increases, velocity increases and randomness also increases. This is exactly what I am experiencing right now and I am sure my fellow peers would also agree with me.
All this randomness will go away if we just focus towards the exit. The nozzle exit. Just let the flow carry us because we cannot go against the flow. If we are already in it, we have to stay in it till the end.
Hoping to find that exit soon, till then, my journey through the metaphorical nozzle will be well documented here, added with a lot of emotions and frustrations.
PS: I can somehow relate thermodynamics to life. If you have any more questions, contact me.
After finishing literally half of engineering, I am just trudging along to finish another half. Not many changes in my life but the massive task of starting the dreaded third year in Engineering where we will be bombarded with core subjects all over. So let me put this in a nerdy perspective.Consider a D to C nozzle flow. Fluid velocity increases as it approaches near the mouth of the nozzle. If you consider the thermodynamics of the flow, entropy increases as the fluid approaches the convergent part. From basic thermodynamics, we all know that as entropy increases, the randomness of the system increases. This randomness can be considered to cause 'chaos'. This is how this period of engineering is like. The first year starts as a normal steady flow. The velocity slowly gains pace in the second year. When third year approaches, the flow consequently approaches the nozzle entry. Third year is like the nozzle. You have very little time but you have to push through a lot. Pressure increases, velocity increases and randomness also increases. This is exactly what I am experiencing right now and I am sure my fellow peers would also agree with me.
All this randomness will go away if we just focus towards the exit. The nozzle exit. Just let the flow carry us because we cannot go against the flow. If we are already in it, we have to stay in it till the end.
Hoping to find that exit soon, till then, my journey through the metaphorical nozzle will be well documented here, added with a lot of emotions and frustrations.
PS: I can somehow relate thermodynamics to life. If you have any more questions, contact me.
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