Body By Design Reviews

[Lucrecio Poinson]

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Body by Design is a wonderfully peculiar book. It teaches high school level anatomy and physiology of the human body, but it does so from a creationist and liberal arts perspective. This means, for example, that study of the reproductive system covers the bare essentials of the biological process, spending more time on the development of the embryo. This includes a discussion of Haeckel's 19th century theory of recapitulation, a theory that says that an embryo "passes through abbreviated evolutionary phases that resemble the developmental stages of ancestors" (p. 32). The author points out that this discredited theory continues to appear in texts and popular magazines in support of evolutionary theory. While the book includes illustrations and vocabulary typical of biology texts, it often traces historical views and development of understanding of topics (the "liberal arts perspective" to which I referred).

The final two chapters are a particularly interesting diversion from traditional texts. They are titled "Classic and Contemporary Explorations in the Human Body" and "The Wisdom of the Body." Among topics addressed there are germ theory, the genome project, and intelligent design.

Creation/evolution questions are addressed to build evidence for the concept of "intelligent design" by a Creator. "Check your understanding" questions at the end of each chapter challenge students' understanding of biological systems and functions and, sometimes, of the evidence for design (e.g., "List evidences for design of the human eye").

Heavily illustrated in black-and-white, the book features both a glossary and an index. At 170 pages, considering the diversions into history, biography, and intelligent design, the book doesn't cover as much data-type information as a standard text might. This makes it awkward to figure out how it fits into the curriculum. In my opinion, the coverage is very appropriate for the liberal arts oriented student and those looking for a more classical approach to education. However, it needs to either be augmented to comprise a full-year course or used as a supplement to a standard text. You might consider expanding anatomy and physiology study with deeper investigation into topics introduced in the book and/or reading a book or two from those referenced in a list at the back.

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A cooling machine is ideal for your domestic use as it has a shockproof body with a unique plastic body design resulting in an elegant appearance. Moreover, the large water tank capacity of 100 liters combined with honeycomb cooling pads for water retention ensures powerful air delivery cools down the area in a short time frame

It is advisable and economical to use tap water, but high salt concentrations might lead to scaling and damage of pump and honey comb. Keep a regular check on scaling and mineral deposition will lead to a longer life of your cooler.

Most of our models are equipped with honeycomb pads that are any day more efficient and durable than wood wool. Nets and honeycomb pads can be removed easily. Refer to our product guidebook or follow us on our youtube page for better understanding

Following in the footsteps of Local Motors, Factory Five is set to launch an open-sourced design contest to design its next car. Up until now, the Massachusetts-based company is famed for its Type '65 Shelby Cobra Coupe replicas and its GTM racecar.

An online subscription also gains you access to exclusive designer interviews from our annual Car Design Review yearbook, and access to exclusive interior design reviews from Interior Motives magazine. You can also receive Interior Motives in print through our online + print subscription, or buy individual copies of Interior Motives and Car Design Review.

The article highlights one of the ways to improve the design of the extruder body in order to increase the reliability and, at the same time, the quality of extrusion. The object of research is a single-worm extruder. One of the most problematic areas of the extruder is the body. The main disadvantage of the extruder is the wear of the body surfaces due to corrosion or abrasion and requires regular replacement. This is due to the abrasive properties of the polymers and, accordingly, due to the friction of the polymer material against the body and the worm, especially due to contamination in the recycled material. In various sources, the replacement of the extruder worm with a more advanced design is widely covered. And scientists do not pay enough attention to improving the body of the extruder, which indicates the relevance of this study. That is why the problem of increasing the reliability of the extruder body is completely unsolved and urgent. In the course of the study, we used an analysis of the structural features of the extruder body, a literature-patent review of existing methods for improving the body of a single-worm extruder to increase the reliability and, at the same time, the quality of extrusion. As a result of the literature and patent review, the option of improving the extruder body based on the prototype of the split body, which additionally contains an inner surface of steel ribbed plates, was selected. It was found that the ribbing of the plates on the inner surface of the body increases the wear resistance of the body and promotes more intensive advancement of the polymer used material to the extruder head. This is due to the fact that the proposed improved body of the extruder has a number of features: steel ribbed plates rigidly fixed inside it are installed with overlap of the parting line of the extruder body. This makes it possible to increase the wear resistance and, accordingly, the reliability of the extruder body and, additionally, the extrusion quality. Compared with the known one-piece structures of the extruder body, the design of the body is detachable with steel rigidly mounted ribbed plates on the inner surface, which will simplify maintenance during repairs and, at the same time, improve the quality of extrusion.

Also as part of their comprehensive 1977 Car of the Year write-up on the Caprice, Motor Trend offered still more behind the scenes coverage of the design development of the downsized Chevrolet full size cars.

Motor Trend also covered the design for chassis components in addition to exterior styling. While the computers being used in the pictures look comical today, at the time they were state-of-the-art, and undoubtedly very expensive. It was an advantage that deep-pocketed GM could easily afford at the time.

I think car designers have become are far too reliant on computers for rendering, clay was where it was at as far as aesthetic refinement was concerned, use the computers to make the structure fit the aesthetics, not the other way around.

The bodies built by coach builders are bespoken and individually built, which permit the complex design. The result is the lengthy process of hammering and shaping the sheet metal. Not to mention steep price for custom bodies.

However, the idea of mass production in the past was to build as many components by hand in short time and for less cost as Henry Ford proved with Model T. Spending hundreds of hours building and assembling the car might be fine for Rolls-Royce but not for Chevrolet. Hence, finding the compromise in design and assembly.

Today, it is possible to use the computer technology, namely robots and specialised tools, to build far more complex design cheaply and quickly. Take unibody MacBook notebook computer milled from a solid piece of aluminium slate with holes cut by laser.

A good read. My only quibble is the way they claimed that the car would still seat six in comfort. The loss in width was noticeable in these, and it was the middle passenger (front or back) who paid the price. But then, no American sedan was ever really good for six passenger comfort anyway.

Certainly the biggest sedans were not intended to carry six adults for any length of time. But a family of six, where the 2 youngest children are not teenagers would fit. I had 5 siblings and were did not get a wagon until I was in high school. Now it would be illegal.

I agree, leaving a proper C-pillar would have allowed them to put a sound pad inside. I discovered such a piece of sound insulation in the rear C-pillars of my 74 Vega back in the day when I was removing some trim.

But, I realized at some point that the very clean 6 window styling was a result of those fixed door windows. There would have to have been a fixed portion to the glass and an extra post to make an operating door window.

I have a 2004 Ford Focus and my partner has a 2006 Focus, on both cars the rear windows go down about 2/3 of the way, yet there is no partial fixed pane of glass in the door, just a very small black filler panel in the back corner.

Do you realize that Ford used essentially the same basic frame and suspension design for all of their full size cars (Ford, Mercury, Lincoln) from 1965 (Lincoln from 1970) and mid size cars (1972 on) until they were replaced by the Panther cars?

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