90Notch said:
... Honda ... B18C5, which has the following specs: ........ This motor is clearly making more friction, as well as, applying more force to the side wall than a 347.

With all that 'Big metal' in the rotating assembly of a 1.8 Honda gee, it "CLEARLY" applies more force

The greatest angle the r.a. from your rice comes at a 18.4* angle compared to the 347's 18.3* ... wow!! This is similar to comparing forces inside a moped to a Harley
90Notch said:
So let's see I provide with another example disproving your theories and you call me a stool.
You're right, you aren't a stool, you're the whole intestine
90Notch said:
I also have an engineering degree (foruntately have since moved onto bigger and better things)
Like my d*kk

Inform us where you earned your degree so others can avoid going there ... you're really comparing forces in a 1.8 vs a 5.7 to compare longevity
90Notch said:
You state that the 347 will wear faster and not be as reliable as a 302 because it creates more friction and the piston applies more side load to the cylinder wall.
Wear faster, Yes ... ... reliablity, never said that
90Notch said:
The Honda motor but let me do the math for you since apparantly you can't has a 5.436" rod (8.347-1.195-3.433/2).

So a piston slightly in/or out of the hole will have the same rod length on this engine
Ahem,
it has a 1.860" rod according to your formula

Can't even work out subtraction and division
90Notch said:
... Honda motor makes approximately 50HP per cylinder .......Although my gut instinct is weight is smaller because it has slightly smaller journals on the heavy stuff (rods and crank).
Gee Wally, could the fact it's missing 4 cylinders with accompanying components (rods, counterweights, pistons, friction, etc) give you that "gut instinct" (told you you were an intestine

) With all the overwhelming friction in a 1.8 how does that beast make 50hp per cylinder
90Notch said:
Now the force being applied to the walls gets transmitted through the pistons skirt surface area and since the Honda has a smaller skirt there will be more load concentrated on the cylinder walls than the Ford motor. Is it safe to say that the friction is greater in the 8000rpm motor?
This is actually the most compelling case you've made, but the fact the weight (mass) is less, there is less # per square inch applied to the wall as well as less friction area due to the shorter skirt and smaller bore.
90Notch said:
You just flat out lost me when saying that a 3.189" bore and 1.195"ch pistons has more surface area than a 4.03" bore and 1.09" ch piston?
The bore differential is the greatest contrast between the two as far as total friction area ...
The additional compression height on the 1.8 allows more room for piston ring lands as well ... that helps keep oil outta the combustion chamber which is always a good thing.
And remember a 4 cylinder 347 would measure 2.8L ...still better than rice
