pipes #2

[@kevinAlmeida492]

0:02 0:04 0:52

[@Alexdrakohoshiko]

0:50 honorable mention "Sqewe"

[@Neksn]

0:26

[@DEAN_el_ORIGINAL]

Pipe pipe pipe And that's all the video

[@The_Amdjad]

Mmm...pipe....

[@mikkia3438]

👍👍👍👍👍

[@TocaPoster32]

Bagpipe

[@mistybrown-s7y]

💀

[@garou_o_o]

As a pipe i can confirm that this video is 100% true

[@LeandroAsteca]

Ur'nt

[@CasceneHandle]

Blud everyone said kkk 💀

[@shivshankar1409]

Kkkkkkkkkk

[@uncanalcomootros2619]

Brazil moment

[@CasceneHandle]

​@@uncanalcomootros2619lol riel

[@TrollSmaxxTM]

you are a woman ​(Probably)@@CasceneHandle

[@CasceneHandle]

Yez​@@TrollSmaxxTM

[@gateauetciahelena6998]

YX CJD ID

[@ae86trueno-i4u]

arkonnam kid

[@tankforce381]

Dynamite has pipes! *Sticks that carry the explosives.* Tanks have pipes! *The barrel.* And Bag pipes....

[@CasceneHandle]

That was real but im not real american

[@tankforce381]

​@@CasceneHandle Ah

[@Draconitron]

you forgot the organ pipe

[@CasceneHandle]

Blu diIdo

[@DEAN_el_ORIGINAL]

Pipes 3 pls

[@CasceneHandle]

Coming soon

[@CasceneHandle]

Not bro boo did i scare you im scammer

[@punk-c1u]

This made my day 20x better. Thank you.

[@jangoll5949]

1:17 glass break

[@jangoll5949]

0:52 1:17 1:31 😂😂😂🤣🤣🤣

[@Oz550]

this is truly a pipe moment

[@danielyoutubechannel407]

wheres the pipe pipe?

[@Ayoloty]

1 miunute and 33 seconds of pipe, and it was absolutley perfect.

[@mikkia3438]

I love metal pipe

[@uncanalcomootros2619]

Pipes are just epic

[@Zeddify]

car exhaust pipe.

[@russ6223]

Why is the tiny metal pipe sound like, item drop in granny

[@xydrickutau1024]

Metal pip: Aaaaaaaaaaaaaaaahhhhhhhhhhhhh

[@mifzalahmed1863]

You forgot to mention a sewage pipe 😂

[@jackyhagan1378]

The Copper pipe Stole the metal pipe Sound

[@traincrisisthetrain]

If i would be that metal pipe i would got a lot of pain from falling

[@hostile_soldierPCQD]

Crack pipe my fav

[@Commentingallday]

Godzilla pipe

[@sharkpuppetandrewxiong]

Aaaaaaaaaaaahhhhhh so many Pipe 😮😮😮😮😮

[@hakansapling]

All my pipes!

[@daprutemprut8727]

Top 5 pipes:

[@shivshankar1409]

Kkkkkkkkkkk

[@tincat1677]

didnt know madagascar knew so much about pipes

[@kakoito_tip]

Вторая часть не канон

[@woshi6mang]

How much pipes die?

[@CasceneHandle]

222

[@CopperPipsqueak2763]

The metal pipe is the most iconic so it’s my favorite

[@jericsaeyoung69]

*BATTLE FOR DREAM ISLAND*

[@CopperPipsqueak2763]

@@jericsaeyoung69 yeah I like BFDI! I also have an object show of my own. It’s called Battle For Something Incredible. Check it out

[@WOOMY-m3r]

music for my ears

[@Cosmic_DBD]

Pipe

[@hernanl4220]

as a pipe lover this seems to be a complete yes for the metal pipe 😎 ima buy people metal pipes 👇 (not gonna actually do it)

[@Lobotomy_core_Demnetia]

Kkk

[@ae86trueno-i4u]

arakkonam

[@yesimdrawing]

Naw I laughed to much at this

[@elnosequehacer]

Kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk

[@PipeBombStan]

Kkkkkk

[@gatomoderno6001]

Kkkk

[@TheUnavator]

Kkkkk

[@abraxanAc0lyte]

Pipe (fluid conveyance) From Wikipedia, the free encyclopedia A pipe is a tubular section or hollow cylinder, usually but not necessarily of circular cross-section, used mainly to convey substances which can flow - liquids and gases (fluids), slurries, powders and masses of small solids. It can also be used for structural applications; hollow pipe is far stiffer per unit weight than solid members. In common usage the words pipe and tube are usually interchangeable, but in industry and engineering, the terms are uniquely defined. Depending on the applicable standard to which it is manufactured, pipe is generally specified by a nominal diameter with a constant outside diameter (OD) and a schedule that defines the thickness. Tube is most often specified by the OD and wall thickness, but may be specified by any two of OD, inside diameter (ID), and wall thickness. Pipe is generally manufactured to one of several international and national industrial standards. While similar standards exist for specific industry application tubing, tube is often made to custom sizes and a broader range of diameters and tolerances. Many industrial and government standards exist for the production of pipe and tubing. The term "tube" is also commonly applied to non-cylindrical sections, i.e., square or rectangular tubing. In general, "pipe" is the more common term in most of the world, whereas "tube" is more widely used in the United States. Both "pipe" and "tube" imply a level of rigidity and permanence, whereas a hose (or hosepipe) is usually portable and flexible. Pipe assemblies are almost always constructed with the use of fittings such as elbows, tees, and so on, while tube may be formed or bent into custom configurations. For materials that are inflexible, cannot be formed, or where construction is governed by codes or standards, tube assemblies are also constructed with the use of tube fittings. History The first known use of pipes was in Ancient Egypt. The Pyramid of Sahure, completed around the 25th century BC, included a temple with an elaborate drainage system including more than 380 m (1,247 ft) of copper piping. Manufacture There are three processes for metallic pipe manufacture. Centrifugal casting of hot alloyed metal is one of the most prominent process. Ductile iron pipes are generally manufactured in such a fashion. Seamless (SMLS) pipe is formed by drawing a solid billet over a piercing rod to create the hollow shell in a process called rotary piercing. As the manufacturing process does not include any welding, seamless pipes are perceived to be stronger and more reliable. Historically, seamless pipe was regarded as withstanding pressure better than other types, and was often more available than welded pipe. Advances since the 1970s, in materials, process control, and non-destructive testing, allow correctly specified welded pipe to replace seamless in many applications. Welded pipe is formed by rolling plate and welding the seam (usually by Electric resistance welding ("ERW"), or Electric Fusion Welding ("EFW")). The weld flash can be removed from both inner and outer surfaces using a scarfing blade. The weld zone can also be heat-treated to make the seam less visible. Welded pipe often has tighter dimensional tolerances than the seamless type, and can be cheaper to manufacture. There are a number of processes that may be used to produce ERW pipes. Each of these processes leads to coalescence or merging of steel components into pipes. Electric current is passed through the surfaces that have to be welded together; as the components being welded together resist the electric current, heat is generated which forms the weld. Pools of molten metal are formed where the two surfaces are connected as a strong electric current is passed through the metal; these pools of molten metal form the weld that binds the two abutted components. ERW pipes are manufactured from the longitudinal welding of steel. The welding process for ERW pipes is continuous, as opposed to welding of distinct sections at intervals. ERW process uses steel coil as feedstock. The High Frequency Induction Technology (HFI) welding process is used for manufacturing ERW pipes. In this process, the current to weld the pipe is applied by means of an induction coil around the tube. HFI is generally considered to be technically superior to “ordinary” ERW when manufacturing pipes for critical applications, such as for usage in the energy sector, in addition to other uses in line pipe applications, as well as for casing and tubing. Large-diameter pipe (25 centimetres (10 in) or greater) may be ERW, EFW, or Submerged Arc Welded ("SAW") pipe. There are two technologies that can be used to manufacture steel pipes of sizes larger than the steel pipes that can be produced by seamless and ERW processes. The two types of pipes produced through these technologies are longitudinal-submerged arc-welded (LSAW) and spiral-submerged arc-welded (SSAW) pipes. LSAW are made by bending and welding wide steel plates and most commonly used in oil and gas industry applications. Due to their high cost, LSAW pipes are seldom used in lower value non-energy applications such as water pipelines. SSAW pipes are produced by spiral (helicoidal) welding of steel coil and have a cost advantage over LSAW pipes, as the process uses coils rather than steel plates. As such, in applications where spiral-weld is acceptable, SSAW pipes may be preferred over LSAW pipes. Both LSAW pipes and SSAW pipes compete against ERW pipes and seamless pipes in the diameter ranges of 16”-24”. Tubing for flow, either metal or plastic, is generally extruded. Materials Historic water mains from Philadelphia included wooden pipes Pipe is made out of many types of material including ceramic, glass, fiberglass, many metals, concrete and plastic. In the past, wood and lead (Latin plumbum, from which comes the word 'plumbing') were commonly used. Typically metallic piping is made of steel or iron, such as unfinished, black (lacquer) steel, carbon steel, stainless steel, galvanized steel, brass, and ductile iron. Iron based piping is subject to corrosion if used within a highly oxygenated water stream. Aluminum pipe or tubing may be utilized where iron is incompatible with the service fluid or where weight is a concern; aluminum is also used for heat transfer tubing such as in refrigerant systems. Copper tubing is popular for domestic water (potable) plumbing systems; copper may be used where heat transfer is desirable (i.e. radiators or heat exchangers). Inconel, chrome moly, and titanium steel alloys are used in high temperature and pressure piping in process and power facilities. When specifying alloys for new processes, the known issues of creep and sensitization effect must be taken into account. Lead piping is still found in old domestic and other water distribution systems, but is no longer permitted for new potable water piping installations due to its toxicity. Many building codes now require that lead piping in residential or institutional installations be replaced with non-toxic piping or that the tubes' interiors be treated with phosphoric acid. According to a senior researcher and lead expert with the Canadian Environmental Law Association, "...there is no safe level of lead [for human exposure]". In 1991 the US EPA issued the Lead and Copper Rule, a federal regulation which limits the concentration of lead and copper allowed in public drinking water, as well as the permissible amount of pipe corrosion occurring due to the water itself. In the US it is estimated that 6.5 million lead service lines (pipes that connect water mains to home plumbing) installed before the 1930s are still in use. Plastic tubing is widely used for its light weight, chemical resistance, non-corrosive properties, and ease of making connections. Plastic materials include polyvinyl chloride (PVC), chlorinated polyvinyl chloride (CPVC), fibre reinforced plastic (FRP), reinforced polymer mortar (RPMP), polypropylene (PP), polyethylene (PE), cross-linked high-density polyethylene (PEX), polybutylene (PB), and acrylonitrile butadiene styrene (ABS), for example. In many countries, PVC pipes account for most pipe materials used in buried municipal applications for drinking water distribution and wastewater mains. Pipe may be made from concrete or ceramic, usually for low-pressure applications such as gravity flow or drainage. Pipes for sewage are still predominantly made from concrete or vitrified clay. Reinforced concrete can be used for large-diameter concrete pipes. This pipe material can be used in many types of construction, and is often used in the gravity-flow transport of storm water. Usually such pipe will have a receiving bell or a stepped fitting, with various sealing methods applied at installation. (i can't ctrl+c ctrl+v everything here)

[@swirkw]

what about pipe (disambiguation)

[@49ersAreAYesToMe]

this is like Wikipedia

[@AidanQuay]

The EMD F7 is a Model of 1,500-horsepower (1,100 kW) diesel electric locomotive produced between February 1949 and December 1953 by the electro-motive division of General Motors (EMD) and General Motors Diesel (GMD)