Two IC engines with same displacement, but different number of cylinders

In summary, the conversation is about finding two engines from the same manufacturer with the same displacement but different number of cylinders, and comparing their power output ratios to a few equations' results. The engines should also have a manufacturing date no more than 10 years apart. The suggestion is to look at sportbikes, specifically an inline-4 and a V-twin from Honda such as the RC51 V-twin and a similar displacement inline-4.
  • #1
kandelabr
113
0

Homework Statement


The object of this assignment is to find two engines that have the same displacement and different number of cylinders and compare ratio of their power output to a few equations' results.
The engines should be from the same manufacturer and their manufacturing date should be no more than 10 years apart.

Homework Equations


not relevant (not a problem at all)

The Attempt at a Solution


I cannot find two engines with these conditions. Any ideas?

Thanks,
kandelabr
 
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  • #2
kandelabr said:

Homework Statement


The object of this assignment is to find two engines that have the same displacement and different number of cylinders and compare ratio of their power output to a few equations' results.
The engines should be from the same manufacturer and their manufacturing date should be no more than 10 years apart.

Homework Equations


not relevant (not a problem at all)

The Attempt at a Solution


I cannot find two engines with these conditions. Any ideas?

Thanks,
kandelabr

From the same manufacturer... that makes it harder.

But if you look at sportbikes, you will see that two common engine configurations are in-line 4 and V-twin. You could probably find two 1000cc sportbikes from say, Honda, where one is an inline 4 and the other is a V-twin. I'll see if I can find some examples...
 
  • #4
Yes, that's what I was looking for.
Thanks a lot!
 
  • #5


I would suggest looking into the specifications of different engines from the same manufacturer that have the same displacement but varying numbers of cylinders. This information can typically be found through the manufacturer's website or by contacting them directly. Additionally, it may be helpful to search for engines that were released within the past 10 years, as this will increase the likelihood of finding two engines that meet the criteria. Once you have identified two suitable engines, you can then compare their power output ratios using the equations provided in the assignment. It may also be useful to consider other factors such as fuel efficiency, emissions, and overall performance in your comparison. Good luck with your assignment!
 

Related to Two IC engines with same displacement, but different number of cylinders

1. How does the number of cylinders affect the performance of an engine?

The number of cylinders in an engine affects its performance in several ways. Generally, a higher number of cylinders allow for more power to be produced, resulting in better acceleration and overall performance. Additionally, more cylinders mean a smoother and more balanced engine operation, resulting in reduced vibrations and noise. However, a higher number of cylinders also means a larger and heavier engine, which can impact fuel efficiency.

2. What is the difference in fuel efficiency between a 4-cylinder and a 6-cylinder engine?

The fuel efficiency of an engine depends on various factors, including the number of cylinders. Generally, a 4-cylinder engine will have better fuel efficiency compared to a 6-cylinder engine, as it has fewer internal parts and less friction. However, advancements in technology and design have made it possible for 6-cylinder engines to achieve similar or even better fuel efficiency than some 4-cylinder engines.

3. How does the number of cylinders affect the torque and horsepower of an engine?

The number of cylinders directly impacts the torque and horsepower of an engine. More cylinders mean a higher torque output, resulting in more power and better acceleration. However, the horsepower output of an engine is also influenced by factors such as engine size, design, and fuel delivery system. In general, a higher number of cylinders means a higher horsepower output.

4. Can a 4-cylinder engine be as powerful as a 6-cylinder engine?

Yes, a 4-cylinder engine can be just as powerful as a 6-cylinder engine. As mentioned earlier, advancements in technology and design have made it possible for smaller engines to produce higher levels of power. Additionally, turbocharging and supercharging have also become popular methods of increasing power output in smaller engines.

5. How does the number of cylinders affect the cost of an engine?

The number of cylinders can affect the cost of an engine in several ways. Generally, an engine with a higher number of cylinders will be more expensive due to the complexity and number of internal parts required. Additionally, a larger engine also means more materials and labor, resulting in a higher production cost. However, other factors such as brand, technology, and design also play a significant role in the overall cost of an engine.

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