Spread to the class on the week before display a article handout determining the technology and conveying its mother nature, i. e., answers for the classic " who, what, when, in which, why, and how” queries. Include a timeline of the essential events as you may see them. During the oral, use only a couple of slides to review this material.
Find Appendix A.
Precisely what is the initial problem (ex., the industry demand) that this technology should address? Precisely what is the current technology(ies) used to solve or reduce the problem? Just how well or perhaps poorly passes away the current technology(ies) deal with the problem?
The introduction of 3D printing in the mid-1980s was obviously a tremendous leap forward in the area of product prototyping. Prior to the introduction of 3D creating techniques, product manufacturers typically spent significant time developing prototypes pertaining to various types of pre-production screening. Early in the industrial trend, prototyping generally meant creating a single significant, fully functional item instantiation. For instance, John Fitch made a 45-foot model steamboat which was tested on August twenty-two, 1787 307 Anonymous 2011. It was just after a evaluation of this design on the Delaware River that Fitch launched into commercial production 307 Anonymous 2011. It is important to notice that in spite of the substantial time and money Fitch committed to his model, its success was not enough to ensure the success of his business. Robert Fulton was the first person to develop a commercially viable steamboat design 307 Anonymous 2011. Henry Honda undertook the introduction of a similar completely functional prototype of his horseless carriage in 1896 ahead of creating the Detroit Automobile Company in 1899 310 Hillstrom, K. 2006. As manufacturing operations matured, prototyping techniques have got matured as well. Automotive suppliers, for example , often test numerous aspects of their products separately ahead of investing in the availability of a completely functional prototype. For instance, the metallurgical properties from the steel used in the proposed design might be considered individually of the human body design. These is often evaluated using clay-based models manufactured by sculptors. Although such versions provide a good means of analyzing aerodynamics and also the aesthetic benefit of a style, the prototyping process is slow and lacks specific repeatability. More recently, Computer Numerical Control (CNC) machining continues to be used to build both types of overall car designs as well as individual components 308 Anonymous 2009. Whilst introducing repeatability and accurate to the prototyping process, COMPUTER NUMERICAL CONTROL processes could be wasteful as they machine an element out of the block of material using several drills, saws, and cutting blades. Alternatively, the additive making process of THREE DIMENSIONAL printing substantially reduces squander 299 Anonymous 2011. Moreover to waste materials, CNC machining can often have a significant length of time whereas 3 DIMENSIONAL printing is comparatively fast. Automotive manufacturers have started to recognize these advantages more than previous prototyping techniques and are also beginning to extensively employ THREE DIMENSIONAL printing inside the development of concept cars 309 Barry, K. 2011. The automotive industry provides merely one view in the needs that the introduction of 3D printing technology tries to address. By providing speed, accurate, repeatability, and efficiency, 3D IMAGES printing gives tremendous benefits to those building and tests prototype designs across the various manufacturing industrial sectors.
Recalling David Burke, what causation elements can you discover? Explain.
The development of 3D printing was the result of the personal desire of Charles " Chuck” Hull. Hull invented the technology that supports 3D printing in 1984 306 Anonymous 2011. In 1986 Hull patented the process of 3D stamping (Stereolithography) which in turn he defined as " a way and equipment for making stable...