Who is chatting on SOLO Chat* empty *
The Free RadicalPopular contentWho's onlineThere are currently 4 users and 24 guests online.
Online usersPollWhat should the government do about ailing financial institutions? Nothing, except to back off and get out—as any Objectivist knows, intervention is treating the disease with the disease 83% Intervene judiciously—enough to avert a catastrophe that is otherwise imminent 2% Intervene massively—as it's doing 2% Nationalize the whole economy and be done with it. Bring on the USSA! 1% Something else (specify) 11% Total votes: 84
|
Hero of the Day: Matthew BoultonSubmitted by Lance on Sat, 2008-03-01 23:41.
Matthew Boulton (September 3, 1728 – 18 August 1809) was an English manufacturer and engineer. He also formed one half of the firm "Boulton and Watt"; a partnership between Matthew Boulton and James Watt, formed in 1775 to make steam engines at their Soho Foundry in Smethwick. Many people are (hopefully) familiar with James Watt, one of many Scottish inventors, whose designs and ideas helped make the industrial revolution possible. His improvements to the Newcomen "atmospheric engine" - boostng efficiency and power through applying the principles of Professor Jospeh Black's "theory of latent heat" - enabled the widespread commercial use of stationary steam engines. The SI unit of power, the watt, is named after him, as are over 50 roads or streets in the UK. Less familiar to some is his business partner Matthew Boulton. Boulton formed the business savvy half of the partnership, without which James Watt's work on the steam engine may have never been realised. Matthew Boulton (abbreviated from wikipedia): Boulton was born in Birmingham, England where his father, Matthew Boulton the elder, was a "toymaker" (a manufacturer of small metal articles of various kinds). In 1749 he became a partner in his father's business (and the general manager), and in 1755 the Boultons acquired Sarehole Mill, which they used for rolling sheet metal. Shortly after his father's death in 1759, Boulton went into partnership with John Fothergill. In 1762, they established the Soho Manufactory, two miles north of Birmingham. Here they undertook the manufacture of artistic objects in metal, such as his cut steel buttons, earlier marcasite imitations of diamonds, that were very popular in British society, as well as the reproduction of oil paintings by a mechanical process in which he was associated with Francis Egginton (1737-1805), who subsequently achieved a reputation as a worker in stained or enamelled glass. In this, he was also encouraged by Robert Adam. Between 1762 and 1775 he established a strong reputation as a craftsman; his works at Soho were widely known for excellent and artistic workmanship. About 1767, Boulton, needing to improve the power supply for his machinery, made the acquaintance of James Watt, who on his side appreciated the advantages offered by the Soho works for the development of his steam-engine. In 1772, Watt's partner, Dr. John Roebuck, got into financial difficulties, and Boulton, to whom he owed £1200, accepted his two-thirds share in Watt's patent in satisfaction of the debt. Three years later, Boulton and Watt formally entered into partnership, and it was mainly through the energy and ingenuity of the former, who devoted all the capital he had or could borrow to the enterprise, that the steam engine was at length made a commercial success. For 11 years the Soho Foundry made Watt's steam-engines for colliery owners to pump water out of mines, the Boulton & Watt engine being four times more powerful than Thomas Newcomen's original design. Watt marketed his rotary-motion steam engine from 1781. The earlier steam engine's vertical movement was ideal for operating water pumps but the new engine could be adapted to drive all sorts of machinery. Richard Arkwright pioneered its use in his cotton mills and within 15 years there were 500+ Boulton & Watt steam engines in British factories and mines. Boulton also arranged, in 1775, an act of parliament extending the term of Watt's 1769 patent to 1799. Key Innovations:
( categories: )
|
User loginFeatured BookNavigation |