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Fuel Tanks The material of choice for fuel tanks was steel for many years. The main challenge for polymers in this area was fuel permeation. In the late 1980s and early 1990s the technology to co-extrude a multilayer tank using high-density polyethylene (HDPE), adhesives, and ethylene vinyl alcohol (EVOH) copolymer or nylon (as the fuel barrier) was developed. These polymeric fuel tanks were lighter in weight and could be molded into complex shapes for easier packaging. A life-cycle study was recently carried out using the fuel tank on a 1996 GMC full-size van. The van was available in two versions, one with a steel tank and one with an HDPE tank. The mass and design information was accurate and directly comparable. The van with the HDPE tank was estimated to consume 31 less liters of fuel over its useful life (177,000 km or 110,000 miles). Usage gures were 25,390 liters when equipped with the steel tank versus 25,359 when equipped with the HDPE tank [13]. The HDPE tank weighed 7.85 kg less, a 36% mass savings, and had equivalent performance to the steel tank.

Given a string of bytes in a particular format, you can convert them to Python objects by calling struct.unpack(format, data). It returns a tuple of the reconstructed data:

When you use SWAT to configure your SAMBA server, it creates a new configuration file every time you save your changes. That means that if you had configured anything by hand, or left any comments in your old file, they are now lost. Make sure you take this into account when using SWAT.

Thermoforming is another common method of producing packages and package components. Most trays and blisters (dome of plastic attached to a backing material to enclose a product) are produced by thermoforming. In thermoforming, a plastic sheet is heated to soften it, and then it is shaped into or over a mold, using vacuum or a combination of vacuum and pressure. There are a number of thermoforming variations, including the use of male or female (positive or negative) molds, prestretching with air (billow forming), and use of mechanical devices to assist in moving the plastic into the mold (plugassist). Matched-mold forming uses a combination of male and female molds to produce very good dimensional control. Twin-sheet thermoforming uses two molds with two plastic sheets to produce hollow objects such as pallets. In-line thermoforming builds thermoforming into the extrusion line, so that the plastic need not be totally cooled and rolled up before it is thermoformed, permitting some energy savings. Melt-to-mold thermoforming is a relatively new process that can be regarded as a cross between extrusion and thermoforming. In this process, the melted plastic is delivered to a roller that contains engraved molds, rather than cooled on a smooth roller for subsequent reheating and thermoforming. Most thermoforming operations produce a relatively large amount of scrap in each cycle. Scrap rates of 30% are not unusual. If the sheet is produced in one location and thermoformed in another, or if the material is multilayer, reuse of scrap is more dif cult than in extrusion blow molding.

Explicit expressions of the elements of the Ygs j j Re[Ig (Vd Vg )] Im[Vg Vd ]

To add these programs to Media Center, from the Start Screen go to Online Spotlight. One of the regular items is Downloads. The Download section is divided into two areas; on top is the Download button, which can be clicked to summon a list of available downloads. Under the Download button is a button that features a highlighted download. Figure 18-5 shows the Online Spotlight menu with the Download button highlighted and the PrimeTime DVD software featured.

HTTP/SSL port 80, 443

of it perishable. The largest environmental impact of food is observed for food production and food preparation where the differences for various household sizes are very small [5]. The share of environmental impact of distribution and of plastics packaging is small in comparison to the other in uences (Fig. 13.9). Thus preserving food effectively represents a larger environmental impact than the question of recyclability of the packaging material. This especially impacts small packaging that protecting small amounts of food for single households [6].

In addition to solving the multimaterial equations on each level, there are several basic operators or steps necessary to couple the solutions on the various levels. These steps include the following: r Re ne: The initial projection of the coarse-level data onto to the ne level. r Re ne Coarse Fine Interface: Projection of the coarse-level solution to the ne level, only in the ghost cells at the coarse ne interface. r Coarsen: Projection of the ne-level solution onto the coarse level at the end of the timestep. r Re uxing: Correction of the coarse-level solution due to ux inconsistencies. r Re nement Criteria: Flagging cells that should be re ned.