The Application Of Science To Engineering :: essays research papers

The industry of Science to EngineeringImprovements in engineer ar very grave to the industrializationand prosperity of a country. Although engineering rises sometimes come with and through trial and error they atomic number 18 most often achieved by applying processed scienceand mathematics to engineering. Canadian engineering was amend a striking dealin this manner. The engineering associated with building materials and longdistance communication, twain of Canadas most important industries, was improvedthrough the application of pure science. wiz of the most important scientific disc overies of all time was the lawof electromagnetic induction discovered by an englishman, Micheal Faraday, in1831. This discovery was applied to automatic generation of galvanizingity which do tremendous improvements to communications throughout Canada. The voltaic wire, first discovered in 1837 by Samuel Morse, was a great improvementover the mechanical cable which required the theatri cal role of a orbit and was overmuchless effective. It encodes messages electrically, transmits them overfacilities such as copper wire, coaxial cable, and fibre optics to theirdestination where they are decoded into their original form. Combinations oflong and short bursts of electric current are displace through a circuit therebyencoding each letter of the alphabet. More efficient transmission facilitieswere developed as the mining assiduity developed. The discovery of electricitysped up the increase of mining through electric lighting and best machineryand ventilation, which led to better materials for wires and cables. Telegraphlines were set up along the CPR in 1885 as a convenient root, scarce also to relayinformation well-nigh the position of each take away along the track to avoid collisions.The telegraph was also the main stock of information for newspapers.Like the telegraph, the band wouldnt crap been possible withoutthe discovery of electricity. The surroun d was discovered by Alexander whole meal flourBell in 1876 and is much more advanced than the telegraph. It encodesvariations in effective waves into variations of electric waves through vibrationsof a diaphragm which are then transmitted. Electromagnets are used to sendthese vibrations through a cable, which are received on the other end by anotherdiaphragm. For its first few old age the telephone was for public use only ( forcalling fire stations, doctors). A central exchange system of rules was then set up and affluent people began to gain access. The telephone quickly became essential in integrative and further developing the country.In the construction industry there were some(prenominal) huge advances in the applied science of building materials. Two related materials with homogeneous methods ofproduction are cementum and bricks. Cement production in Canada began in 1889 inHull, Quebec. Portland cement was the doctrine type and consisted of lime,The Application Of Scien ce To Engineering essays research papers The Application of Science to EngineeringImprovements in engineering are very important to the industrializationand prosperity of a country. Although engineering improvements sometimes comethrough trial and error they are most often achieved by applying pure scienceand mathematics to engineering. Canadian engineering was improved a great dealin this manner. The engineering associated with building materials and longdistance communication, two of Canadas most important industries, was improvedthrough the application of pure science.One of the most important scientific discoveries of all time was the lawof electromagnetic induction discovered by an englishman, Micheal Faraday, in1831. This discovery was applied to mechanical generation of electricity whichmade tremendous improvements to communications throughout Canada. The electrictelegraph, first discovered in 1837 by Samuel Morse, was a great improvementover the mechanical telegraph which required the use of a telescope and was muchless effective. It encodes messages electrically, transmits them overfacilities such as copper wire, coaxial cable, and fibre optics to theirdestination where they are decoded into their original form. Combinations oflong and short bursts of electric current are sent through a circuit therebyencoding each letter of the alphabet. More efficient transmission facilitieswere developed as the mining industry developed. The discovery of electricitysped up the development of mining through electric lighting and better machineryand ventilation, which led to better materials for wires and cables. Telegraphlines were set up along the CPR in 1885 as a convenient root, but also to relayinformation about the position of each train along the track to avoid collisions.The telegraph was also the main source of information for newspapers.Like the telegraph, the telephone wouldnt have been possible withoutthe discovery of electricity. The telephone was dis covered by Alexander GrahamBell in 1876 and is much more advanced than the telegraph. It encodesvariations in sound waves into variations of electric waves through vibrationsof a diaphragm which are then transmitted. Electromagnets are used to sendthese vibrations through a cable, which are received on the other end by anotherdiaphragm. For its first few years the telephone was for public use only ( forcalling fire stations, doctors). A central exchange system was then set up andwealthy people began to gain access. The telephone quickly became essential inunifying and further developing the country.In the construction industry there were several huge advances in thetechnology of building materials. Two related materials with similar methods ofproduction are cement and bricks. Cement production in Canada began in 1889 inHull, Quebec. Portland cement was the principle type and consisted of lime,