More Engineering History

history of engineering

 

The history of engineering is long and checkered with examples of inventors seeking to make things work and solve technical problems. The credit for many of the innovations that are alive today goes to exactly those people.

In ancient times, engineering was viewed as magic and the practitioners were referred to as engineers. However, when the knew about the laws of physics, they realized that it was a science and could be applied to all aspects of life. The concepts of heat and sound, of mass and pressure, all had scientific explanation and application. So by the time the engineers understood the relationship between these things, it was more or less understood.

The knowledge of how the human body works and the understanding of how a chamber worked to produce steam, were basic concepts that could be computed. However, the deeper understanding of the relationship of human beings to each other and the world around them, was left to the engineers. This realization required a different way of living, which was essentially the outlook of the east from the west.

In the medieval period, craftsmen began to explore, what could be done with fire. The burning of wood required a source of heat and treasure to melt it down. This was the magic that the east had discovered, and it was secret kept very carefully, to not give it to the enemy easily. The discovery of alchemy gravitated the use of fire from hot stones and metals, which generated a threat to the old ways. However, it was only during the early 13th century that the principles of chemistry and thermodynamics, which science likes to call chemistry, were integrated from the east. The chemical method was used to render advise on chemical reactions by heating and stirring, hence the term chemical warfare.

Thus the quest for a way to heat and cool metal, in order to create more complex chemical reactions, led to the development of the chemical furnace, which was more efficient and smaller than the previous inventions. The chemical furnace was shaped like a brick furnace to take advantage of all the properties of heat, which include temperature, pressure, and mass. It was invented by André-Marie Bosch, a German chemical engineer and mathematician, in the 17th century.

Early chemical fuming dates back to approximately 2,300 years ago in China. During the same period, glass blowing, a much more common practice than today, was in use. The process involves heating glass into a liquid or a solid for use in art or for coloring and creating other textures. Early forms of glass are shown on carvings in church windows and on some pottery fragments. It was around the 11th century that glass blowing, by either opening up the glass and pouring liquid glass into the opening or using a glass pump, creating small bubbles in the glass that closed when the temperature of the liquid temperature exceeds the internal temperature of the glass, was developed. This was the earliest example of the art of glass blowing.

The primary use of heat the heat of the sun for Fuming is used for the preparation of Roman candles. These candles were filled with vegetable or animal fuel and slowly heated to produce a Chrysanthemum or a rose-petal specks and a bouquet of flowers. There were different methods of making these candles; flower dropping and filtration were common methods, which many are used today in interior waterproofing. Today, most types of commercial perfumes are made using synthetic processes that produce synthetic aroma and colorants.

Following Roman glass blowing and the chemical revolution, glass blowing was mechanized and improved. During this process, glass blowers invented a wide technique of stenciling blocks of color and shapes that were impossible to replicate. The development of improved techniques and equipment, along with the introduction of metal art, a form of multi-media, allowed glass artists to reproduce masterpieces once they were produced.

The art of glass blowing gave rise to another art form, Murano glass, which was specifically made and cultivated in Italy. It is still a secret knowledge to this day. Each color is individually prepared and colored. The production of Murano glass smashup requires seven days of cooling and it involves blowing large galleries of glass up to 130 feet wide and 35 feet high at its core.

The development of glass blowing and the supremacy of Murano glass earned it the reputation of immunity and durability. For this reason, glass blowers returned to Italy and opened up their own glass shops. They revolutionized the way glass was made in the coming centuries.

The mid-century modern history of glass blowing lead to the development of oil glass, which was blown over a mold to create objects and jewelry. Oil glass is still used to make some contemporary pieces of art and is also made to be colored. Several techniques were developed to get the best results from oil glass. First, good conditioned glass was blown over a mold made of clay to create interesting patterns and waves. The mold of the clay was designed to hold the glass object.

The Beginning of Engineering

history of engineers

 

The word engineer comes from the Latin word disciplina, meaning learned or wise person. Engineers are people who are trained to use, analyze, and solve problems related to the production of goods and services. These engineers apply their knowledge to the problem and try to find solutions that will allow people to benefit from them.

Mythology says that men invented the steam engine because they were desperate for jobs during the The Middle Ages. However, it was a Greek engineer and not the man who invented the steam engine. The first engine was a device that used steam engines to move aasper. It was powered by burning coal, grain, or animal sacrifices.

It was in the sixteenth century that the first steam engine was invented. As early as the seventh century, European nations started constructing roads, bridges, and canals to move people and goods. However, these developments were not accompanied by the invention of the steam engine, which was invented and patented by Robert potential engineer from England.

In the early 1900s, the American petroleum industry began exploring the North Sea because of the petroleum deposits underneath the North Sea. By the 2000s, energy from petroleum had been escaping from the ground and was being harnessed by the technical potential of the UK, US, China, Germany, and Russia.

Robert Stirling Taylor, an American mechanical engineer, arborist near me, and geographer, was commissioned by the US government to find alternative ways and methods to use the petroleum wealth of the Caribbean islands so that it could be used in the west. Taylor was able to express his findings in the now-famous “Progress in Sea Searching” (1904), a study which found petroleum and natural gas in the region.

The stool of Taylor’s study was that the potential for utilizing the Caribbean’s petroleum could be developed by utilizing undersea platforms and by drilling for wells along the continental shelf. The areas searched for were the Caribbean Sea, ticked off the Continental shelf, and the Mid-Atlantic Ridge, which runs along the coast of North America.

Hydraulic oil exploration was not pursued by the United States until the 1920s, between the two World Wars. It was in the post-World War I period that BP’s Timkenbed exploration well discovered the Prudential oil field, in the vicinity of Prudential, North Dakota uprising along the same region as Continental Divide, the Prudential oil field gave birth to the oil industry of Pennsylvania and Texas. The area has been called the “Triple Divide” for a reason: three oil fields, discovered in the area since 1920, are among the largest in the world.

It is also among the locations where drilling for oil began in the United States, as early as 1901, and where it has still been going on to this very day. The United States has more than 8000 wells rigorously drilled to date, more than any other country in the world.

During World War II, the United States was attacked and invaded by the Japanese in 1942, and also known as the Battle of the Bulge, for which General George Marshall took the credit. The United States had virtually no military in its overseas efforts, and the various allies industrialized their own production. By the end of 1944, Japan had not only defeated the American army, but were also in possession of the strategically vital Panama Canal. These facts make it all the more tragic that the invasion was so complete, and that the Empire of Japan declared World War II, and thereby brought the era of industrial espionage, and worldwide domination to a halt.