Canterbury Tales; Professions - 1185 Words

During the Middle Ages there were many professions, some of them were honorable others were not. In Chaucer’s Canterbury Tales, there are profiles of some the professions that were present during the Middle Ages. Among the professions there were a few that seemed unappealing. Personally, I do not like the professions that accept bribes; in this case the Friar represented characteristics of that profession. Other professions provoke suffering of another human being. For example, the Summoner’s job was to bring people accused of violating Church law to court. This profession would not appeal to me since I do not find it rewarding to bring people to court that essentially might be punished and possibly for the wrong reasons. After reading†¦show more content†¦Another major reason I chose being a knight as a profession is based simply on the fact that all knights have to be males. Back in the day, females had little to no rights. It would also be pleassant to be a male and possess power that females did not have. Even women of status and power did have the right to choose for themselves. A woman’s fate is often predetermined by gods of the King whom is a male figure. In the Canterbury Tales, the female characters are often over shadowed by the male character. There are several examples in the Knight’s Tale that help me illustrate my point. The Knights Tale is a tale about two knights, Arcite and Palamon, who are captured in battle and imprisoned in Athens under the order of King Theseus. While imprisoned in a tower, both see Emelye, the sister of Queen Hippolyta, and fall instantly in love with her. They fight over Emelye, but their fight is stopped when Theseus finds them. Theseus sets the rules for a duel between the two knights for Emelyes affection. In actuality, Emelye does not even want the men to fight and wants both of them to live. She prays to Diana asking to marry neither of the men so they can both live. She leaves i t to the gods to decide and cannot decide herself. Emelye tends to take herself out of the equation and only thinks about the greater good of other people. Even though her attempt isShow MoreRelated Analysis of The Canons Yeomans Tale Essay762 Words   |  4 PagesYeomans Tale (The Canterbury Tales) Prologue to the Canons Yeomans Tale: When the story of Saint Cecilia was finished and the company continued on their journey, they came across two men. One of them was clad all in black and had been traveling quickly on their horses; the narrator believes that he must be a canon (an alchemist). The Canons Yeoman said that they wished to join the company on their journey, for they had heard of their tales. The Host asked if the Canon could tell a tale, andRead MoreEssay on Chaucers The Canterbury Tales927 Words   |  4 PagesChaucers The Canterbury Tales In The Canterbury Tales, Geoffrey Chaucer comments on moral corruption within the Roman Catholic Church. He criticizes many high-ranking members of the Church and describes a lack of morality in medieval society; yet in the â€Å"Retraction,† Chaucer recants much of his work and pledges to be true to Christianity. Seemingly opposite views exist within the â€Å"Retraction† and The Canterbury Tales. However, this contradiction does not weaken Chaucer’s social commentary.Read MoreThe Complex Character of the Merchant in The Canterbury Tales1388 Words   |  6 Pagesorder to surprise and convey a specific purpose later on. Chaucer demonstrates this idea in The Canterbury Tales, specifically with the Merchant character. 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In doing so, he contrasts other pious figures who are introduced in the prologue, with character traits consisting of anRead More Comparing The Millers Tale and The Reves Tale Essays1188 Words   |  5 PagesMillers Tale and The Reves Tale       The Millers Tale and The Reves Tale from The Canterbury Tales are very closely related. They both deal with the relationship between a jealous man, his wife, and a young scholar(s), and they both are immoral stories that contain sex and violence. This proves that the Miller and the Reeve are two very corrupt individuals. However, these tales also share some differences. For instance, the main character in The Reeves Tale is Read More The Canterbury Tales Essay972 Words   |  4 PagesThe Canterbury Tales The Canterbury Tales, a masterpiece of English Literature, written by Geoffrey Chaucer, is a collection, with frequent dramatic links, of 24 tales told to pass the time during a spring pilgrimage to the shrine of St. Thomas a Becket in Canterbury. The General Prologue introduces the pilgrims, 29 sondry folk gathered at the Tabard Inn in Southwark (outside of London). Chaucer decides to join them, taking some time to describe each pilgrim. According to the Norton AnthologyRead MoreGeoffrey Chaucer s The Canterbury Tales868 Words   |  4 Pagespeople, in an effort to restore the goals and actions of an exemplary governing body. Geoffrey Chaucer illustrates a similar call to action for pre-reformation Church authority to lead by example, ideally abiding by the practices they teach in The Canterbury Tales. Through the use of bickering ironic characters such as the Friar and the Summoner, Chaucer juxtaposes these hypocritical examples with the loyal and archetypal Parson’s description in the General Prologue. The Parson is concerned with the sameRead MoreGeoffrey Chaucer s The Canterbury Tales867 Words   |  4 PagesAt the beginning of Geoffrey Chaucer’s â€Å"The Canterbury Tales,† he opens with a description of twenty-nine characters who are going on a pilgrimage to Canterbury. Each character in the story represent a stereotype of a kind of person that would be seen in England during the Fourteen th Century. Every single character is unique, but also embodies physical and behavioral traits that would be common for someone in their profession. He writes each character so they have realistic qualities. However, whenRead MoreThe Wife of Bath Essay947 Words   |  4 PagesBath The Wife of Bath, one of the many characters in Chaucers The Canterbury Tales, is a feminist of the fourteenth century. Chaucer, in the General Prologue, describes her as promiscuous. The Wyf confirms this claim in the prologue to her tale, the longest in the book. An analysis of the General Prologue and the Wyfs Prologue reveals a direct relationship between the Wyf of Bathe and the characters in her tale, such as the knight, queen, and ugly woman. There is a direct correlationRead MoreLearning About Medieval Life and Society from Chaucers General Prologue to the Canterbury Tales1224 Words   |  5 PagesLearning About Medieval Life and Society from Chaucers General Prologue to the Canterbury Tales I have been studying Geoffrey Chaucers General Prologue to the Canterbury Tales, of which I looked specifically at six portraits, these being: the Knight, his son, a young squire, the prioress, the wife of Bath, the Miller and the Pardoner. From these portraits I was able to observe the ways of life and society in medieval times. I found out about social status, fashion, wealth

Utilizing Rubble From Demolition Of Buildings Construction Essay Free Essays

string(71) " of the aggregative depends on the denseness of the original concrete\." The devastation of 1000s of edifices during World War II gave the people inquiries about what to make with the debris. It wasn t until the 70 s that the potency of rubble to be recycled was explored. Today, concrete is the most widely used edifice stuff in the universe. We will write a custom essay sample on Utilizing Rubble From Demolition Of Buildings Construction Essay or any similar topic only for you Order Now We use it for our houses, roads, edifices, Bridgess, and most of our constructions around the universe. Concrete after it s used, is sent straight to be disposed of in our landfills. With a batch of attending traveling into the health of our environment, we recycle points such as paper and plastics, to cut down our impact on the environment. We believe that by recycling concrete, non merely will our impact on the environment be reduced, but its economical advantages are adequate ground to recycle concrete. The intent of this paper is to educate ourselves and the reader about what we can make to cut down our impact on the environment by using rubble from destruction of edifices. Environmental Impact hypertext transfer protocol: //www.torontoenvironment.org/gravel/impacts To pull out virgin sums, we have to delve open-pit mines. The sums are so blasted out or delve out. The most common effects are dust, pollution, noise, deposit. The physical alteration to the environing land causes the most impact. All the flora must be removed doing a loss of wildlife and biodiversity. Improper technology leads to improper drainage which causes eroding. In some instances, H2O used to rinse the sums seep into the land and contaminate land H2O. After a prey is used, it is rehabilitated to be restored to its former status. A survey was done in Ontario and less than half of the land disturbed for aggregative production between 1992 and 2001 has really been rehabilitated. By utilizing recycled sums, we can cut down the demand to mine sums. We can utilize the energy that would otherwise be used for excavation, transporting, and processing, to recycle used concrete from dismantled constructions. Recycling concrete is a great alternate to disposing concrete. The usage of recycled concrete reduces the waste that would otherwise be dumped into landfills. The sum of solid wastes at a municipal landfill is comprised of 23 – 33 % of waste from destruction of edifices. Landfills don t acquire smaller. They will increase in size and cut down land that could be used for residential and commercial utilizations. Economicss of Recycled Concrete Concrete is the most widely used edifice stuff in the universe. Because we are extremely dependent on Concrete is cheaper to recycle than sent to landfills but there are restrictions on economic nest eggs. Location is a large factor when looking at the costs of recycling concrete. Typically, remote countries have really small to no entree to recycling sites raising transit costs. During our research, we found that there is a bound where the cost of haling to a recycling works exceeds the cost of dumping in a local landfill. Here in Lethbridge for illustration, it costs $ 22.25 per metric ton to dispose concrete debris in landfills. The nearest recycling works is in Calgary and would be 100s of dollars to transport the debris. Mobile concrete crushers can be used to recycle but they should merely be used on big undertakings. Portable crushers are non widely available in all parts of the state. In some instances, rental and labour costs would transcend dumping costs. Average trucking cost is $ 0.13/ton/km. Processing costs for the recycler costs between $ 2.76 and $ 6.61 per metric ton. The larger the works, the more efficient and more end product it produces. RCA merchandises sell for between $ 1 and $ 18 per cubic metre, with the higher terminal being in aggregate-poor countries. Natural aggregates usually sell for about $ 8. A large advantage of recycling is that you can bear down disposal fees to companies that want to dispose their concrete debris. The works can order the cost of this fee and compensate for the lower recycled sum monetary values. On the other manus, the cost of recycled concrete depends on market monetary values of virgin sums. Natural sums dominate the markets therefore they dictate the monetary values of RCA. Get downing a concrete recycling concern will necessitate an investing of $ 4.40 to $ 8.80 per metric ton of one-year capacity. USGS ( U.S. Geological Survey ) has done a thorough analysis on the costs of different sizes of recycling workss: Based on their research, a large factor that affects the feasibleness of get downing a recycling works depends on the sum of rubble that can be recycled. When a works is non runing near full capacity, the profitableness of the works reduces. It was found that little recycling workss will hold a tougher clip doing net incomes. Small workss are to a great extent affected by the altering market conditions. But they can increase tipping fees or increase merchandise monetary value to counterbalance for the little net incomes. But in most instances, merchandise pricing is out of control of the manufacturer. On the other manus, medium and big recycling workss are more profitable. Larger operations have lower operating costs ( table 4 ) and do non necessitate a tipping fee to hold a rate of return of 12 % . Uses About all edifices today are partially made of concrete. A large portion of recycling is what the stuff can be used for. There would be no point of recycling if there was no usage for the terminal merchandise. The most common manner of utilizing sum is utilizing it as a bed under roads called a bomber base. The crushed concrete provides extra strength to the foundation of the roadway. RCA can besides be used as pipe bedclothes for belowground public-service corporations such as sewerage and storm pipes. The RCA provides a stable foundation to put the pipes on. A job with utilizing RCA for structural class concrete is that the denseness of the aggregative depends on the denseness of the original concrete. You read "Utilizing Rubble From Demolition Of Buildings Construction Essay" in category "Essay examples" In some instances, the denseness of howitzer reduces the strength of the sum. Typically, a mix of natural sums and recycled sums are used when RCA is used in structural class concrete. It was found that up to 20 % of RCA can be used before the compressive strength of the concrete is reduced. Before it is used in structural class concrete, it should be tested and it should run into certain specifications set by ASTM. Concrete made from RCA is typically used for low-rise edifices but its usage in big edifices is really limited. Recycled concrete is being used for kerb, acmes, pavements, and troughs. The decreased specifications allow the RCA-concrete to be used in constructions that don t require defying heavy tonss. Recycled concrete doesn t needfully hold to be used as an sum. Rubble can and has been reused for other intents in its natural province. Recycled concrete is comparatively inexpensive and abundant which makes it perfect for landscaping. Slabs of concrete can be shaped and used as pavers, while larger pieces can be stacked and laid with howitzer to be used as a retaining wall. Large pieces can besides be used as riprap. The riprap acts as a barrier and absorbs impact from moving ridges to cut down eroding along shorelines. It can protect constructions from harm where H2O eroding is a job. Noise barriers can be built in residential countries along main roads. The noise barrier can be built with RCA or it can be built similar to retaining walls to do it aesthetic. Reasons to Recycle Natural sums are unlimited. So why should we recycle? States like here in Canada have tremendous sums of natural resources. We will ne’er utilize all our resources but the distribution of resources around the universe is different. States like Japan have really limited sums of land. They rely to a great extent on importing natural stuffs. Location is a large factor. Preies can non be built anyplace. They have to be carefully planned and approved by the authorities before they can be built. Remote countries frequently have really small to no entree to raw stuffs so it s more executable to utilize what s already available. With increasing attending towards planetary heating authoritiess are puting ordinances to cut down CO2 emanations. Companies are under a batch of force per unit area to cut down those emanations. Recycling concrete allows us to avoid transit of stuffs which leads to less ingestion of fossil fuels. Recycled concrete has a C footmark 65 % less than tantamount merchandises from quarried rock. ( RMIT Life Cycle Analysis ) . If your company aims to cut down its environmental impact, recycling concrete is a great option. Companies are afraid that utilizing recycled sums will cut down the qualities of their merchandises. Recycling concrete is a reasonably new engineering so companies are disbelieving of its hereafter. When the word recycled is mentioned, it is assumed that the quality is reduced but that is non needfully true. Several research organisations have concluded that with proper mixtures, RCA can surpass natural sums in some ways. Another ground to recycle is because of market conditions. Landfill infinite is going scarce and municipal authoritiess are increasing landfill dumping costs. Recycling allows us to extinguish the landfill cost. In instances where portable workss are used, haling costs are besides eliminated. So non merely are you potentially salvaging money, you are besides cut downing the concrete that goes to landfills. Barriers hypertext transfer protocol: //www.pwri.go.jp/eng/activity/pdf/reports/kawano01.pdf As mentioned before, recycling concrete is new to the industry. Most companies have non been exposed to the new engineering and are still loath to give it a opportunity. It is a known fact that RCA has a lower quality than virgin sums. The quality varies from site to site. You will necessitate a batch of quality control proving to guarantee that the RCA will non cut down the quality of the concrete. This discrepancy in quality does present concerns about the quality of constructions being made. Most companies merely lack the experience with recycling and recycled merchandises. When new building methods are introduced, sufficient cognition is required to accomplish a high quality terminal merchandise. Future of recycling concrete We believe that recycling concrete is the hereafter of the industry. As clip goes, more people will be exposed to this engineering. The benefits far outweigh the disadvantages. It will be widely accepted in the hereafter whether its 5 old ages from now or 20 old ages from now. The procedure When edifices are demolished, much of the left over stuffs are comprised of concrete, wood, and rebar. The procedure begins after the edifice has been demolished. The reclaimable stuffs are trucked to the recycling works or a portable crusher is brought into the site. The chief equipment used is a crusher. The debris is fed into the crusher and the fragments of concrete are crushed into little pieces. The crushed pieces are put on a conveyer belt where it leads to a magnet. The magnet picks up the reinforcing from the crushed stuffs and separates it into its ain heap. Other stuffs such as wood are by and large removed by manus. The merchandise from the magnet is so screened and separated into separate sizes. The crushed debris goes through a screen mesh where desired sizes can fall through while larger pieces can be isolated. Depending on the specifications of sum required, the larger pieces can be sent to a secondary crusher where it can be crushed farther. The crushed pieces are separated into their ain hemorrhoids harmonizing to size. They are stockpiled until they are sold. There are multiple types of crushers to see: * Jaw Crushers comprised of two jaws ; one stationary and one moving. As the concrete moves down the home bases, the concrete is crushed into smaller pieces. The spacing between the undersides of the home bases ensures that merely little pieces make it through. The merchandise ranges between 4 -8 in diameter. These types of crushers can be used as a primary or a secondary crusher. * Impact Crushers Spinning rotors with bars or cocks fling the concrete into a solid home base doing the concrete to disintegrate into smaller pieces. The terminal merchandise is a 2 sum. These types of crushers can be used as a primary or a secondary crusher. * Cone Crushers – Concrete is crushed between two cone shaped home bases. Cone crushers can manage pieces no larger than 8 which makes it suited as a secondary crusher. The location of the undertaking affects the type of recycling workss to be considered. * Stationary workss These are the same as the aggregative workss we see today. They are fixed to one topographic point. The stuff is trucked into the works. Because they are stationary, they have no restrictions on the size of the operations. * Portable Recycling Plants These are by and large put on a human body and towed to the site. It remains stationary on site until it is moved to another location. * Mobile Recycling Plant These are towed to the site like portable recycling workss but they have paths which allow them to travel around the site. The type of works used should be based on the sum of stuff to be recycled and it s location from the nearest works. Stationary workss are more efficient at recycling big sums of concrete due to larger size of operation. Portable and nomadic recycling workss should merely be considered where there is a big distance between the site and the nearest recycling works. Features of Recycled Aggregate Concrete For the mixture design the same procedure is followed as if you would utilize virgin sum. You would hold to travel through test mixtures to acquire the right proportions and to look into the concrete quality. Excess attending should be made on the higher soaking up rate of the recycled sums, which influence would act upon the batch mixture. Blending H2O and workability Because of the high soaking up of the recycled sums more mixing H2O and a higher get downing slack may be needed. Recycled sums absorb H2O even after blending, so to antagonize this, the sum should be pre-wetted in their stock hemorrhoids. Water-cement ratio When get downing it may be assumed that the compressive strength is the same for if you would utilize virgin sum as recycled concrete sum. The recycled concrete should incorporate both class sum and natural sand and the water-cement ratio should be adjusted consequently if the compressive strength is lower than idea at first. Cement content Compared to conventional concrete, in recycled aggregative concrete there should be higher cement content because of the higher fee H2O demands for the recycled sum. Excess 5 % cement would be required when harsh sum and virgin mulcts are used, and an excess 15 % if both coarse and mulct recycled sums are used. Density and air content New concrete will hold a lower denseness runing from 5 % to 15 % . The natural air content might be a small higher so conventional concrete and an air-entraining alloy is added if freeze-thaw lastingness is required. Compressive Resistance The compressive opposition of recycled aggregate-concrete will be lower than that of concrete utilizing natural sums. A survey done by ECCO ( Environmental Council of Concrete Organizations ) concludes that recycled aggregative concrete will hold a 5 % -10 % decrease of compressive opposition. Features of Recycled Concrete Aggregate Gradation When the concrete debris is crushed, the produced sums are screened harmonizing to size. They are so separated to desired step. Like natural sums, they are separated into all right sums or coarse sums. Particle Shape and Size Recycled coarse sum is similar in atom form as crushed rock or natural sums. Fine and coarse sums are more angular which gives them a higher soaking up which lowers the workability of concrete. The sum of all right atoms ( A ; lt ; 4.75mm in diameter ) is estimated to be 5-20 % of the entire volume of the RCA. Specific Gravity and Absorption The specific gravitation of RCA is much lower compared to natural sums. This is due to the cement and howitzer that held the old concrete together before it was crushed. The SG of RCA ranges from 2.35 to 2.38. The specific gravitation additions as atom size as class atom size lessenings. Te specific gravitation greatly decreases as atom size lessenings. The porous nature of howitzer and cement allows for higher soaking up within the recycled sum. Coarse Aggregates by and large absorb 2 % -6 % of H2O of its volume while all right sums by and large absorb 4 % -8 % of their volume of H2O. Density The majority denseness of recycled concrete is by and large lower than natural sums due to the lower denseness of the howitzer. The denseness of harsh RCA is around 2430 kg/m The denseness of all right RCA is 2310 kg/m Coarse virgin sums have a denseness of 2700 kg/m. Coarse virgin sums have a denseness of 2590 kg/m. The denseness of RCA will change depending on the water/cement ratio and the type of concrete used in the original concrete mixture. Decision The ratio of denseness of the stuff to the denseness of H2O at a specified temperature is defined as the specific gravitation of a stuff. Compressive Strength of original concrete and recycled sum concrete for assorted water/cement and coarse/fine aggregate ratios How to cite Utilizing Rubble From Demolition Of Buildings Construction Essay, Essay examples

Increased Competition in the Field of Robotics free essay sample

If desired, calibrate the virtual process to reflect physical conditions and download optimized robot programs. By simulating your process you can always be sure to have the right combination of robot, gun and fixtures. After all, in virtual reality, bumping in to car parts and fixtures does not really matter. Arc Geometric simulation enables accurate arc weld robot programs with optimized gun angle against the seam. Also, it is easy to evaluate guns with different swan neck angles for best reachability. SpotWhen working on-line it is not an easy thing to program a spot welding robot to weld perpendicular to a surface. With the aid of geometric simulation systems, this is ensured, with improved quality and a durable weld as a result. Evaluating and designing spot weld guns is effectively done in a virtual environment. Laser Laser technology has made many processes more efficient. Robotized laser applications really deserves state of the art manufacturing simulation technology as a companion. We will write a custom essay sample on Increased Competition in the Field of Robotics or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Truly these technologies is for the future. PaintingWhen programming a paint robot on-line, there are often difficulties associated with where and how to store robot positions in order to get the best result. Off-line programming reduces many of these difficulties. Features such as paint thickness simulation and the fact that you actually see where you are aiming truly help. Consumption of paint, products, and above all time needed for on-line touch up dramatically decreases. Handling and assembly Simulation can also be used in robotized handling and assembly operations. The product can be checked in fixtures and grippers and together with other products.Kinematics can be added to products. During simulation of handling processes reachability can be checked and collisions can be detected and provided. Simulation can also be used to optimize the layout by checking the placement of fixtures, racks and other equipment. Simulation of human operations Not only robot operations can be simulated, also human operations are possible to simulate. Simulation of human operations is important in an ergonomic point of view. Reachability and accessibility can be analyzed in an early stage of the project, before any physical verification is possible.Different sizes of the human model can be used to point out if changes in layout, process equipment or product are necessary. By using simulation, difficult and/or impossible operations can be eliminated. The purpose of these analyses is to prevent harmful operations. The result of the simulations can also be used in an educational purpose. 4. Robots in place of Human in Food Industry. Robots to solve end-of-line issues in food industry. They face a number of challenges in their end-of-line packaging operations.In a manual process, they must deal with ergonomic issues, labor availability, and the uncertainty of increasing costs associated with recent and potential future legislation. In an automated process, accommodating rapid-fire package changes driven by sustainability initiatives and shelf impact, as well understanding and improving key performance measures such as Overall Equipment Effectiveness (OEE), are key. And in any process, food safety is an overriding concern on the minds of processors, as the consequences of foodborne illness and/or massive product recalls have affected a wide range of food categories. . Current Robotic Trends in Packaging Industrial robots have emerged as a valuable end-of-line tool to help address these challenges for food manufacturers, as the performance and user-friendliness of the technology has increased while costs have decreased. Growth in vision-assisted robotic applications is especially notable, as vision enables a robot to emulate the flexibility of human hand-eye coordination and perform a number of in-process product inspections for quality assurance.A number of statistics point to increased adoption of robotics in the industry: The International Federation of Robotics (IFR) Statistics Department, which provides information on world-wide trends in robotics, reports optimistically about robotics industry growth in the coming years. According to the Robotics and Automation Society, whose goal is to †advance innovation, education, and fundamental and applied research in Robotics and Automation, † (1) says that †Nearly every major user industry increased its purchases in the opening quarter of 2010.Especially strong gains were seen in robot sales to the semiconductor/electronics/photonics industries as well as food consumer goods. † In addition, â€Å"Material handling remains the largest application area for new robot orders, accounting for some 60% of the units sold. Many food companies and packaging machinery manufacturers have successfully applied robots in a wide variety of processes in the dairy, meat, baking, confection, frozen, snack, beverage, and even produce industries.