answersLogoWhite

0

📱

Mechanical Engineering

Mechanical Engineering is a branch of engineering that encompasses the generation and application of heat and mechanical power and the design, production, and use of machines and tools. Mechanical engineering involves application of the principles of dynamics, control, thermodynamics and heat transfer, fluid mechanics, strength of materials, materials science, electronics, and mathematics.

10,989 Questions

What is oleodynamic or oleodynamic valve?

Oh honey, you're in for a treat! An oleodynamic valve is simply a fancy term for a hydraulic valve that controls the flow of oil in a system. It's like the traffic cop of the hydraulic world, directing where the oil goes and when. So, next time you hear someone mention oleodynamic valves, just nod like you know what they're talking about.

What is the fuel consumption of 380HP engine?

Oh, dude, you're asking about fuel consumption for a 380HP engine? Well, it's like asking how many grapes are in a fruit salad - it depends on a lot of factors. But generally speaking, a 380HP engine will guzzle more gas than your grandma sipping tea, so get ready to make friends with your local gas station.

How does egr work?

Ah, the EGR system, a gentle friend in our engine's garden. It works by recirculating a small amount of exhaust gas back into the engine's intake manifold. This helps reduce harmful emissions and control the engine's combustion temperature, creating a more harmonious and efficient painting of our automotive landscape. Just a little touch of EGR can make a big difference in the beauty of our engine's performance.

What is Different between mhp and hp?

The original answer (below) is nonsensical as the question doesn't ask about MPH but rather MHP which, unlike miles per hour, bears some relation to HP, or horsepower. MHP means metric horsepower, which is 98.6% of mechanical horsepower.

Mph stands for miles per hour and Hp stands for horse power, mph is a measure of distance over time and Hp is for the power that something posesses

What is stress force?

Well, darling, stress force is simply the force applied to an object per unit area. It's like giving someone a big ol' bear hug - the pressure you exert on them is the stress force. So, next time someone's stressing you out, just remember it's all about force and pressure, honey.

Why the crankweg if the crankshaft is circular and not rectangular or square shape?

The crankwebs are circular in a two-stroke engine so as to minimise the free volume in the crankcase for maximum transfer efficiency.

Rectangular or square webs will leave too much free volume in the crankcase.

What is the largest tank in the world?

The largest tank Is the p1000 rattle but it was never manifactured but the Maus has 2 and its the largest tank in ww2 but its biggest manifactured in ww2 was the sherman tank during ww2.

Is it possible that?

Is it possible that you had an injury or something else occurred when you were an infant? These machines are not perfect, so it could just be an anomaly. Ask your PCP to see if he or she may have encountered this before.

What is the OD of a ¾inch schedule 40 pipe?

Nominal pipe size 3/4"

outside diamerter : 26.7 and thickness is 2.9 mm at sch 40

What are non destructive testing methods Search Results for what are non destructive testing method?

NDT Training and Testing Center in Chennai focuses on handing over tremendous education in a number of NDT methods. Non Destructive testing courses in Chennai, The institute presents each temporary and long-term course, catering to the numerous wishes of college students and professionals. The curriculum covers theoretical knowledge, realistic applications, and industry-specific insights to make certain a well-rounded perception of NDT principles.

Convert with solutions 600 feet per minute to cm per second?

I assume you are a student. This is a very simple conversion. I suggest you get familiar with conversion tables, on paper and computer based like this one http://joshmadison.com/article/convert-for-windows/ because this is a super-easy task you will be doing daily as a technical professional.

How is math used in robotic engineering?

These are the general math courses in an undergraduate program of Mechanical Engineering. Actually, these are also the math courses required in ANY undergraduate Engineering curriculum:

Algebra

Trigonometry

Analytic Geometry

Differential Calculus

Integral Calculus

Mutivariable Calculus

Differential Equations

What would be the radius of the circle which rolls on the circumference of the pitch circle while generating cycloidal gear teeth profile?

This is a trick question. Is the cycloid axis on the inner or outer circumference? Let us take a mid-line. When generating a profiles like teeth or anything else the shape is not a perfect circle. One must then take the innermost and outermost radii and calculate an average. For cycloidal profiles the radius of the circumference ids simple based on the pitch height. The value becomes much more accurate if one uses Gauss's formula. Anyway, the value should be within about 5% of the value of that radius of the pitch circle if the profile relates to human teeth or even double for a pure carnivore.

How are CAD and CAM used in schools?

CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) are increasingly integrated into school curricula to enhance students' creativity and technical skills. CAD software allows students to create detailed 2D and 3D designs, fostering an understanding of engineering and architectural principles. CAM complements this by enabling students to translate their designs into physical objects using machinery like 3D printers and CNC machines. Together, these tools prepare students for careers in design, engineering, and manufacturing by providing hands-on experience with industry-standard technologies.

How fast should you have to pump a cornish pump organ to maintain proper air flow to the reeds?

To maintain proper air flow to the reeds of a Cornish pump organ, you typically need to pump at a steady rate of about 60 to 90 pumps per minute. This ensures a consistent air supply, allowing the reeds to sound properly without distortion or interruption. The exact rate may vary depending on the specific organ and its condition, so adjustments may be necessary for optimal performance. Consistent rhythm and pressure are key to achieving the best sound quality.