Quotes about cylinder (38 quotes) | Quotes of famous people

“It now appeared that the cylinder of the model, being of brass, would conduct heat much better than the cast-iron cylinders of larger engines,”

James Watt (1736–1819) British engineer

"Notes on Professor Robison's Dissertation on Steam-engines" (1769)
Context: In the winter of 1763-4, having occasion to repair a model of Newcomen's engine belonging to the Natural Philosophy class of the University of Glasgow, my mind was again directed to it. At that period my knowledge was derived principally from Desaguliers, and partly from Belidor. I set about repairing it as a mere mechanician; and when that was done, and it was set to work, I was surprised to find that its boiler could not supply it with steam, though apparently quite large enough... By blowing the fire it was made to take a few strokes, but required an enormous quantity of injection water, though it was very lightly loaded by the column of water in the pump. It soon occurred that this was caused by the little cylinder exposing a greater surface to condense the steam, than the cylinders of larger engines did in proportion to their respective contents. It was found that by shortening the column of water in the pump, the boiler could supply the cylinder with steam, and that the engine would work regularly with a moderate quantity of injection. It now appeared that the cylinder of the model, being of brass, would conduct heat much better than the cast-iron cylinders of larger engines, (generally covered on the inside with a stony crust), and that considerable advantage could be gained by making the cylinders of some substance that would receive and give out heat slowly. Of these, wood seemed to be the most likely, provided it should prove sufficiently durable. A small engine was, therefore, constructed... made of wood, soaked in linseed oil, and baked to dryness. With this engine many experiments were made; but it was soon found that the wooden cylinder was not likely to prove durable, and that the steam condensed in filling it still exceeded the proportion of that required for large engines, according to the statements of Desaguliers. It was also found that all attempts to produce a better exhaustion by throwing in more injection, caused a disproportionate waste of steam. On reflection, the cause of this seemed to be the boiling of water in vacuo at low heats, a discovery lately made by Dr. Cullen and some other philosophers... and consequently at greater heats, the water in the cylinder would, produce a steam which would in part resist the pressure of the atmosphere.

Appearance

“The Earth is cylindrical, three times as wide as it is deep, and only the upper part is inhabited. But this Earth is isolated in space, and the sky is a complete sphere in the center of which is located, unsupported, our cylinder, the Earth, situated at an equal distance from all the points of the sky.”

Anaximander (-610–-547 BC) pre-Socratic Greek philosopher

As quoted in "Science Attests the Accuracy of the Bible" in The Watchtower (1 October 1980)

Time , Parting

“I slammed the doors open a little harder than I needed to, stalked out to the Blue Beetle, and drove away with all the raging power the ancient four-cylinder engine should muster. Behold the angry wizard puttputt-putting away.”

Jim Butcher book Summer Knight

Source: Summer Knight

Rage

“The Sphere would willingly have continued his lessons by indoctrinating me in the conformation of all regular Solids, Cylinders, Cones, Pyramids, Pentahedrons, Hexahedrons, Dodecahedrons, and Spheres: but I ventured to interrupt him. Not that I was wearied of knowledge. On the contrary, I thirsted for yet deeper and fuller draughts than he was offering to me.”

Edwin Abbott Abbott book Flatland

Source: Flatland: A Romance of Many Dimensions (1884), PART II: OTHER WORLDS, Chapter 19. How, Though the Sphere Showed Me Other Mysteries of Spaceland, I Still Desired More; and What Came of It

Knowledge

“Proposition 1. Two equal spheres are comprehended by one and the same cylinder, and two unequal spheres by one and the same cone which has its vertex in the direction of the lesser sphere; and the straight line drawn through the centres of the spheres is at right angles to each of the circles in which the surface of the cylinder, or of the cone, touches the spheres.”

Aristarchus of Samos ancient Greek astronomer and mathematician

p, 125
On the Sizes and Distances of the Sun and the Moon (c. 250 BC)

“Eudoxes… not only based the method [of exhaustion] on rigorous demonstration… but he actually applied the method to find the volumes (1) of any pyramid, (2) of the cone, proving (1) that any pyramid is one third part of the prism which has the same base and equal height, and (2) that any cone is one third part of the cylinder which has the same base and equal height. Archimedes, however, tells us the remarkable fact that these two theorems were first discovered by Democritus, though he was not able to prove them (which no doubt means, not that he gave no sort of proof, but that he was not able to establish the propositions by the rigorous methods of Eudoxes. Archimedes adds that we must give no small share of the credit for these theorems to Democritus… another testimony to the marvellous powers, in mathematics as well as in other subjects, of the great man who, in the words of Aristotle, "seems to have thought of everything"…. Democritus wrote on irrationals; he is also said to have discussed the question of two parallel sections of a cone (which were evidently supposed to be indefinitely close together), asking whether we are to regard them as equal or unequal… Democritus was already close on the track of infinitesimals.”

Thomas Little Heath (1861–1940) British civil servant and academic

Achimedes (1920)

Mathematics , Question , Parting

“Cézanne made a cylinder out of a bottle. I start from the cylinder to create a special kind of individual object. I make a bottle — a particular bottle — out of a cylinder.”

Juan Gris (1887–1927) Spanish painter and sculptor

Response to questionnaire circulated to the Cubists by Amédée Ozenfant and Le Corbusier, editors of L'Esprit Nouveau # 5 (February 1921), pp. 533-534; trans. Douglas Cooper in Daniel-Henry Kahnweiler, Juan Gris, His Life and Work (1947)

“Archimedes is said to have requested his friends and relatives to place upon his tomb a representation of a cylinder circumscribing a sphere within it, together with the inscription giving the ratio (3/2) which the cylinder bears to the sphere; from which we may infer that he himself regarded the discovery of this ration as his greatest achievement.”

Thomas Little Heath (1861–1940) British civil servant and academic

p, 125
Achimedes (1920)

“If it came on the evening news tonight that there were five grizzly bears roaming around Cobb County, do you know what would happen by six o'clock in the morning? They would all be dead. Because every redneck in four states would be out there with a rifle, trying to shoot one, right? And whoever could shoot the biggest one would be a hero. They would have his picture on the front page, "Bubba shot the Grizzly Bear" and saved the village. That is exactly what happened to the dragons. If you could figure out a way to kill a dragon, they would be telling stories about you around the campfire. People killed dragons for meat, because they were a menace, to prove that you were a hero, or to prove that you are superior, in competition for land, or for medicinal purposes. Many ancient recipes call for dragon blood, dragon bones, dragon saliva, why? Gilgamesh is famous for slaying a dragon. A Chinese legend tells about a guy named Yu that surveyed the land of China. It says, that after the Flood he surveyed the land, he divided it off into sections. He built channels to drain water off to sea and make the land livable again. Many snakes and dragons were driven from the marshlands. You know that's normal that if you want to build a city. You have to drive off the dragons, then build your city. It was expected that you have got to drive the dragons away or kill them. Why would the Chinese calendar have eleven real animals: the pig, the duck, the dog, and … the dragon? Why would they put just one "mythical" animal in there? Could it be at the time they that they came up with these animals there were 12 real animals? There is one of the oldest pieces of pottery on Planet Earth. It's a piece of slate from Egypt; the first dynasty of United Egypt. It shows long necked dragons […] Why would they put long necked dinosaurs on pottery 3,800 years ago? Here are two long necked dinosaurs with a sheep in between them in their mouths. Here is a hippo tusk from the twelve century B. C., showing an animal with a long neck, and a long tail. Here's a cylinder seal, showing what appears quite obviously to be a long neck dinosaur. The Bible talks about a fiery flying serpent, in Isaiah 14.”

Kent Hovind (1953) American young Earth creationist

Creation seminars (2003-2005), Dinosaurs and the Bible

People , Dogs , Way , Guy

“What happens… in a steam-engine…? The caloric developed in the furnace by the effect of the combustion traverses the walls of the boiler, produces steam, and in some way incorporates itself with it. The latter carrying it away, takes it first into the cylinder, where it performs some function, and from thence into the condenser, where it is liquefied by contact with the cold water… [T]he cold water of the condenser takes possession of the caloric… It is heated by the intervention of the steam as if it had been placed directly over the furnace. The steam is here only a means of transporting the caloric.”

Nicolas Léonard Sadi Carnot (1796–1832) French physicist, the "father of thermodynamics" (1796–1832)

p, 125
Reflections on the Motive Power of Heat (1824)

Way , Water

“I remember I felt an extraordinary persuasion that I was being played with, that presently, when I was upon the very verge of safety, this mysterious death--as swift as the passage of light--would leap after me from the pit about the cylinder and strike me down.”

H. G. Wells book The War of the Worlds

Book I, Ch. 5: The Heat-Ray
The War of the Worlds (1898)

Death , Light

“Archytas of Tarentum found the two mean proportionals by a very striking construction in three dimensions, which shows that solid geometry, in the hands of Archytas at least, was already well advanced. The construction was usually called mechanical, which it no doubt was in form, though in reality it was in the highest degree theoretical. It consisted in determining a point in space as the intersection of three surfaces: (a) a cylinder, (b) a cone, (c) an "anchor-ring" with internal radius = 0.”

Thomas Little Heath (1861–1940) British civil servant and academic

Achimedes (1920)

Reality

“My experience of the original Edison phonograph goes back to the period when it was first introduced into this country. In fact, I have good reason to believe that I was among the very first persons in London to make a vocal record, though I never received a copy of it, and if I did it got lost long ago. It must have been in 1881 or 1882, and the place where the deed was done was on the first floor of a shop in Hatton Garden, where I had been invited to listen to the wonderful new invention. To begin with, I heard pieces both in song and speech produced by the friction of a needle against a revolving cylinder, or spool, fixed in what looked like a musical box. It sounded to my ear like someone singing about half a mile away, or talking at the other end of a big hall; but the effect was rather pleasant, save for a peculiar nasal quality wholly due to the mechanism, though there was little of the scratching which later was a prominent feature of the flat disc. Recording for that primitive machine was a comparatively simple matter. I had to keep my mouth about six inches away from the horn and remember not to make my voice too loud if I wanted anything approximating to a clear reproduction; that was all. When it was played over to me and I heard my own voice for the first time, one or two friends who were present said that it sounded rather like mine; others declared that they would never have recognised it. I daresay both opinions were correct.”

Herman Klein (1856–1934) British musical critic journalist and singing teacher

The Gramophone magazine, December 1933

Music , Singing , Time , Personality

“I perceived that, in order to make the best use of steam, it was necessary—first, that the cylinder should be maintained always as hot as the steam which entered it; and, secondly, that when the steam was condensed, the water of which it was composed, and the injection itself, should be cooled down to 100°, or lower, where that was possible. The means of accomplishing these points did not immediately present themselves; but early in 1765 it occurred to me, that if a communication were opened between a cylinder containing steam, and another vessel which was exhausted of air and other fluids, the steam, as an elastic fluid, would immediately rush into the empty vessel, and continue so to do until it had established an equilibrium; and if that vessel were kept very cool by an injection, or otherwise, more steam would continue to enter until the whole was condensed.”

James Watt (1736–1819) British engineer

"Notes on Professor Robison's Dissertation on Steam-engines" (1769)

Communication , Water

“I have endeavoured to attain this end (viz. the production of a vacuum in the cylinder) in another way. As water has the property of elasticity, when converted into steam by heat, and afterwards of being so completely recondensed by cold, that there does not remain the least appearance of this elasticity, I have thought that it would not be difficult to work machines in which, by means of a moderate heat and at a small cost, water might produce that perfect vacuum which has vainly been sought by means of gunpowder.”

Denis Papin (1647–1713) French physicist, mathematician and inventor

Denis Papin, Recueil de diverses Pièces touchant quelques nouvelles Machines (1695) p. 53 as quoted by Dionysius Lardner, The Steam Engine Explained and Illustrated (1840) pp. 45-46

Way , Water , Appearance , Perfection

“Perhaps the most extraordinary thing about a modern battlefield is the desolation and emptiness of it all…one cannot emphasize too much. Nothing is to be seen of war or soldiers--only the split and shattered trees and the burst of an occasional shell reveal anything of the truth. One can look for miles and see no human being. But in those miles of country lurk (like moles or rats, it seems) thousands, even hundreds of thousands of men, planning against each other perpetually some new device of death. Never showing themselves, they launch at each other bullet, bomb, aerial torpedo and shell. And somewhere too (on the German side we know of their existence opposite us) are the little cylinders of gas, waiting only for the moment to spit forth their nauseous and destroying fumes. And yet the landscape shows nothing of all this--nothing but a few shattered trees and three or four lines of earth and sandbags, these and the ruins of towns and villages are the only signs of war anywhere visible. The glamour of red coats--the martial tunes of flag and drum--aide-de-camps scurrying hither and thither on splendid chargers--lances glittering and swords flashing--how different the old wars must have been!”

Harold Macmillan (1894–1986) British politician

letter to his mother, May 13, 1916
1910s

Death , Men , War , Truth

“As the experienced chauffeur can tell by listening to his motor that one of its cylinders is not firing properly, so the born leader knows when his subordinates are not serving him, seeks the cause, and finds it.”

André Maurois (1885–1967) French writer

Un Art de Vivre (The Art of Living) (1939), The Art of Leadership

“Spade’s thick fingers made a cigarette with deliberate care, sifting a measured quantity of tan flakes down into curved paper, spreading the flakes so that they lay equal at the ends with a slight depression in the middle, thumbs rolling the paper’s inner edge down and up under the outer edge as forefingers pressed it over, thumbs and fingers sliding to the paper cylinder’s ends to hold it even while tongue licked the flap, left forefinger and thumb pinching their ends while right forefinger and thumb smoothed the damp seam, right forefinger and thumb twisting their end and lifting the other to Spade’s mouth.”

Dashiell Hammett book The Maltese Falcon

The Maltese Falcon (1930)

“The first machine of Papin was very similar to the gunpowder-engine… of Huyghens. In place of gunpowder, a small quantity of water is placed at the bottom of the cylinder, A; a fire is built beneath it, "the bottom being made of very thin metal," and the steam formed soon raises the piston, B, to the top where a latch, E, engaging a notch in latch engaging the piston rod, H, holds it up until it is desired that it shall drop. The fire being removed, the steam condenses, and a vacuum is formed below the piston, and the latch, E, being disengaged, the piston is driven down by the superincumbent atmosphere and raises the weight which has been, meantime, attached to a rope… passing from the piston rod over pulleys… The machine had a cylinder two and a half inches in diameter, and raised 60 pounds once a minute; and Papin calculated that a machine of a little more than two feet diameter of cylinder and of four feet stroke would raise 8,000 pounds four feet per minute—i. e., that it would yield about one horse-power.”

Robert Henry Thurston (1839–1903) mechanical engineer

Robert Henry Thurston, A History of the Growth of the Steam-engine https://books.google.com/books?id=VDgOAAAAYAAJ (1878) Parts 1-2, pp. 50-51

Water , Horse

“If they had made that longer six-cylinder crankshaft strong enough and had supported it well enough, they would have obtained the smoother action they talks about in their advertisements. But they could not do that, and those early sixes had a very undesirable period vibration at certain speeds. That vibration more than offset the gain that they would have realized, if they had treated the crankshaft properly.”

Henry M. Leland (1843–1932) American businessman

Source: Master of Precision: Henry M. Leland, 1966, p. 146-7: About the development of a six-cylinder motor in 1913-14

Support , Strong , Speed

“Allow me to repeat what I said when you were here: deal with nature by means of the cylinder, the sphere and the cone, all placed in perspective, so that each side of an object or a plane is directed towards a central point. Lines parallel to the horizon give breadth, a section of nature, or if you prefer, of the spectacle spread before our eyes by the 'Pater Omnipotens Aeterne Deus'. Lines perpendicular to that horizon give depth. But for us men, nature has more depth than surface, hence the need to introduce in our vibrations of light, represented by reds and yellows, enough blue tints to give a feeling of air.”

Paul Cézanne (1839–1906) French painter

Quote from Cézanne's letter to Émile Bernard, 15 April 1904; as quoted in Letters of the great artists – from Blake to Pollock, Richard Friedenthal, Thames and Hudson, London, 1963, p. 180
Quotes of Paul Cezanne, after 1900

Men , Feeling , Nature , Light

“The subtlety of Brazilian rhythms comes from the type of instruments used. Afro-Cuban music has a scraper called the güiro which is played with a solid stick producing a loud scraping noise. This same instrument is paralleled in Braziliam music with the reco-reco, the difference being that the reco-reco is much smaller, less resonant, and played with something like a brush. The cabasa is a gourd wrapped in beads that is incapable of extremely loud noise. The same is true of the chocalho or cylinder, and the tambourine. A regular set of drums contrasts this. The result is a light rhythm that, unlike the conga, bongos and timbales of Afro-Cuban music, does not engulf the listener but permeates him. To this is usually added the guitar (unamplified) played finger-style, which completes the subtlety.”

Clare Fischer (1928–2012) American keyboardist, composer, arranger, and bandleader

From "Clare Fischer on Bossa Nova" http://www.mediafire.com/view/fix6ane8h54gx/Clare_Fischer#3f6344g3cshffpj in Downbeat (November 8, 1962), p. 23

Music , Light

“Wherever there exists a difference of temperature… it is possible to have also the production of impelling power. …All substances in nature can be employed for this purpose, all are susceptible of changes of volume, of successive contractions and dilatations, through the alternation of heat and cold. All are capable of overcoming in their changes of volume certain resistances… A solid… A liquid… An aeriform fluid… If it is enclosed in an expansible space, such as a cylinder provided with a piston, it will produce movements of great extent. Vapors of all substances capable of passing into a gaseous condition, as of alcohol, of mercury, of sulphur, etc., may fulfil the same office as vapor of water. …Most of these… have been proposed, many even have been tried, although… without remarkable success.”

Nicolas Léonard Sadi Carnot (1796–1832) French physicist, the "father of thermodynamics" (1796–1832)

Reflections on the Motive Power of Heat (1824)

Nature , Water , Change , Success

“Turning a small surface of water into vapour by fire, applied to the bottom of the cylinder that contains it; which vapour forces up the plug (or piston) in the cylinder to a considerable height, and which, as the vapour condenses, (as the water cools when taken from the fire,) descends again by air's pressure, and is applied to raise water out of the mine.”

Denis Papin (1647–1713) French physicist, mathematician and inventor

Denis Papin, Letter, as quoted by Robert Stuart Meikleham, A Descriptive History of the Steam Engine (1824)

Water

“Since the Gothic, European sculpture had become overgrown with moss, weeds – all sorts of surface excrescences which completely concealed shape. It has been Brancusi's special mission to get rid of this overgrowth, and make us once more shape-conscious. To do this he has had to concentrate on very simple direct shapes, to keep his sculpture, as it were, one-cylindered, to refine and polish a single shape to a degree almost too precious.... it may now be no longer necessary to close down and restrict sculpture to the single form unit. We can now begin to open out. To relate and combine together several forms of varied sizes, sections, and directions into one organic whole.”

Henry Moore (1898–1986) English artist

Source: 1925 - 1940, The sculptor speaks' (1937), p. 250

“Treat nature in terms of the cylinder, the sphere, and the cone, the whole put into perspective so that each side of an object, or of a plane, leads towards a central point. Lines parallel to the horizon give breadth, whether a sections of nature, or, if you prefer, of the spectacle which Pater omnipotens aeterne Deus unfolds before your eyes. Lines perpendicular to this horizon give depth... Everything I am telling you [ Joachim Gasquet ] about - the sphere, the cone, cylinder, concave shadow – on mornings when I'm tired these notions of mine get me going, they stimulate me, I soon forget them once I start using my eyes.”

Paul Cézanne (1839–1906) French painter

Source: Quotes of Paul Cezanne, after 1900, Cézanne, - a Memoir with Conversations, (1897 - 1906), pp. 163-164, in: 'What he told me – I. The motif'

Nature , Forgetting

“Keith has one of those all terrain things that will come in so handy when the world ends and we need a nine-thousand -cylinder engine to drive over those hordes of blood-thirsty mutants crawling all over the video-game landscape.”

Daniel Handler book Adverbs

Adverbs (2006), Obviously

World , Game

“The centre of gravity of any cylinder is the point of bisection of the axis.”

Archimedes book The Method of Mechanical Theorems

Proposition presumed from previous work.
The Method of Mechanical Theorems

“We are now in the middle of a long process of transition in the nature of the image which man has of himself and his environment. Primitive men, and to a large extent also men of the early civilizations, imagined themselves to be living on a virtually illimitable plane. There was almost always somewhere beyond the known limits of human habitation, and over a very large part of the time that man has been on earth, there has been something like a frontier…
Gradually, however, man has been accustoming himself to the notion of the spherical earth and a closed sphere of human activity. A few unusual spirits among the ancient Greeks perceived that the earth was a sphere. It was only with the circumnavigations and the geographical explorations of the fifteenth and sixteenth centuries, however, that the fact that the earth was a sphere became at all widely known and accepted. Even in the thirteenth century, the commonest map was Mercator's projection, which visualizes the earth as an illimitable cylinder, essentially a plane wrapped around the globe, and it was not until the Second World War and the development of the air age that the global nature of tile planet really entered the popular imagination. Even now we are very far from having made the moral, political, and psychological adjustments which are implied in this transition from the illimitable plane to the closed sphere.”

Kenneth E. Boulding (1910–1993) British-American economist

Source: 1960s, The Economics of the Coming Spaceship Earth, 1966, p. 3

Men , War , Age , World

“While then for a long time everyone was at a loss, Hippocrates of Chios was the first to observe that, if between two straight lines of which the greater is double of the less it were discovered how to find two mean proportionals in continued proportion, the cube would be doubled; and thus he turned the difficulty in the original problem into another difficulty no less than the former. Afterwards, they say, some Delians attempting, in accordance with an oracle, to double one of the altars fell into the same difficulty. And they sent and begged the geometers who were with Plato in the Academy to find for them the required solution. And while they set themselves energetically to work and sought to find two means between two given straight lines, Archytas of Tarentum is said to have discovered them by means of half-cylinders, and Eudoxus by means of the so-called curved lines. It is, however, characteristic of them all that they indeed gave demonstrations, but were unable to make the actual construction or to reach the point of practical application, except to a small extent Menaechmus and that with difficulty.”

Thomas Little Heath (1861–1940) British civil servant and academic

Apollonius of Perga (1896)

Problem , Loss , Time

“On the train I was going over the problem of Sixes versus Fours and the disturbing periodic vibrations with which the 'six-cylinder manufacturers were contending. I realized the emphasis our competitors were placing on the fact that six smaller cylinders, producing the same maximum power as four larger ones, would result in smaller individual impulses, and consequent smoother action.
I knew that we were having good results with well-balanced four-cylinder motors. I first reasoned that if six light cylinders gave the same maximum power and lighter impulses than the tour, then eight still smaller cylinders would give still lighter impulses than the six cylinders. I also reasoned that, because of the lighter weight, those eight cylinder pistons could be run at higher speeds than either sixes or fours. Furthermore I did not like the six crankshaft. If made small enough to be in proportion with those light pistons, the extra length might introduce those undesirable vibrations; if made heavy enough to avoid; if made heavy enough to avoid these periodic vibrations there was the wight problem contend with.
As I lay awake pondering these factors, the idea came to me that we were having good success with four-cylinder motors; we would surely have equally good results with blocks of lighter four cylinders and pistons. Why not make up those smaller blocks of lighter four cylinders and pistons, and put two of the blocks together at an angle and avoid that troublesome long crankshaft. The more I thought of this idea on that trip, the more convinced I became that it could be worked out.”

Henry M. Leland (1843–1932) American businessman

Source: Master of Precision: Henry M. Leland, 1966, p. 147; Leland talking about his idea for a V8 engine around 1913-14. Partly cited in: Alexander Richard Crabb (1969), Birth of a giant: the men and incidents that gave America the motorcar. p. 315

Idea , Problem , Light , Success

“My first essay at making a steam engine was when I was fifteen. I then made a real working; steam-engine, 1 3/4 diameter cylinder, and 8 in. stroke, which not only could act, but really did some useful work; for I made it grind the oil colours which my father required for his painting. Steam engine models, now so common, were exceedingly scarce in those days, and very difficult to be had; and as the demand for them arose, I found it both delightful and profitable to make them; as well as sectional models of steam engines, which I introduced for the purpose of exhibiting the movements of all the parts, both exterior and interior. With the results of the sale of such models I was enabled to pay the price of tickets of admission to the lectures on natural philosophy and chemistry delivered in the University of Edinburgh. About the same time (1826) I was so happy as to be employed by Professor Leslie in making models and portions of apparatus required by him for his lectures and philosophical investigations, and I had also the inestimable good fortune to secure his friendship. His admirably clear manner of communicating a knowledge of the fundamental principles of mechanical science rendered my intercourse with him of the utmost importance to myself. A hearty, cheerful, earnest desire to toil in his service, caused him to take pleasure in instructing me by occasional explanations of what might otherwise have remained obscure.”

James Nasmyth (1808–1890) Scottish mechanical engineer and inventor

James Nasmyth in: Industrial Biography: Iron-workers and Tool-makers https://books.google.nl/books?id=ZMJLAAAAMAAJ, Ticknor and Fields, 1864. p. 337

Friendship , Pleasure , Communication , Nature

“The pounding of the cylinders increased: ta-pocketa-pocketa-pocketa-pocketa-pocketa.”

James Thurber book The Secret Life of Walter Mitty

The Secret Life of Walter Mitty (1942)
From other fiction

“We had a large old-fashioned battery, a wet cell, in the kitchen, hooked up to an electric bell. The bell was too complicated to understand at first, and the battery, to my mind, was more immediately attractive, for it contained an earthenware tube with a massive, gleaming copper cylinder in the middle, immersed in a bluish liquid, all this inside an outer glass casing, also filled with fluid, and containing a slimmer bar of zinc. It looked like a miniature chemical factory of sorts, and I thought I saw little bubbles of gas, at times, coming off the zinc. The Daniell cell (as it was called) had a thoroughly nineteenth-century, Victorian look about it, and this extraordinary object was making electricity all by itself—not by rubbing or friction, but just by the virtue of its own chemical reactions.”

Oliver Sacks book Uncle Tungsten

Source: Uncle Tungsten (2001), p. 160

Fashion , Understanding , Time

“It is not given to a cylinder to move everywhere by its own motion,”

Marcus Aurelius book Meditations

X, 33
Meditations (c. 121–180 AD), Book X
Context: It is not given to a cylinder to move everywhere by its own motion, nor yet to water nor to fire nor to anything else which is governed by nature or an irrational soul, for the things which check them and stand in the way are many. But intelligence and reason are able to go through everything that opposes them, and in such manner as they are formed by nature and as they choose. Place before thy eyes this facility with which the reason will be carried through all things, as fire upwards, as a stone downwards, as a cylinder down an inclined surface, and seek for nothing further. For all other obstacles either affect the body only, which is a dead thing; or, except for opinion and the yielding of reason itself, they do not crush nor do any harm of any kind; for if they did, he who felt it would immediately become bad.

“We need to keep working because we need to make sure that we’re firing on all cylinders.”

Billie Joe Armstrong (1972) American singer and guitarist

Making love

“Social media ensures your business will be firing on all cylinders in the long run.”

Vladimer Botsvadze

Business

“We can get on top of the world in most circumstances if we know and practice correct breathing, but without it we will always be working on one cylinder, and at the bottom of our form. For correct breathing feeds our minds as well as our bodies.”

Vera Stanley Alder (1898–1984) British artist

Source: Humanity Comes of Age, A study of Individual and World Fulfillment (1950), Chapter XV The Essential Science of Breathing

World