Outdoor rooms with not-so-secret gardens | Wood Grain Pvc Ceiling

If you’re the kind of person who doesn’t drop his phone often and just wants a bit of protection from scratches, the Thin Fit is for you. As you might be able to tell from the name, this is the thinnest case that Spigen offers. It’s practically just a plastic shell, and it doesn’t even have buttons – just cutouts. It offers a little less coverage than I’ve come to expect, even from previous Thin Fits, but it’s still probably one of my favorite cases.

Ive’s decision to offer choice was a challenge to Apple’s recurring theme of design inevitability. In one of our conversations, Ive was scathing about a rival’s product, after asking me not to name it: “Their value proposition was ‘Make it whatever you want. You can choose whatever color you want.’ And I believe that’s abdicating your responsibility as a designer.” Cook told me, “Jony has better taste than anyone I ever met in my life,” and Ive might not demur. Over lunch in an Apple cafeteria, Ive said that he wouldn’t think of challenging the technical decisions of “the best silicon-chip designers in the world,” who were sitting around us. But industrial designers, he said, are rarely offered the same deference—in part, because most people regularly make taste-based decisions, about shoes and lamps.

The composite helmet manufacturing process is a trade secret and Nolan has developed many special methods to manufacture these helmets.

That change might be harder than it sounds. It took decades for quiet, contemplative dining to give way to today’s raucousness. That’s because the physical construction of restaurants had to change in tandem with the culture supporting it.

Unless you’re really into mobile phone photography, I don’t imagine many of you would have heard of Moment before, but it’s been doing this sort of thing for a few years now. For the Pixel 2 XL, Moment has actually gotten ‘made for Google’ certification for the Photo Case. I can tell why, though; the case just feels so damn premium. The rubberized texture on the exterior feels fantastic in the hand and adds grip. The stained and wax-coated dark walnut insert (you can also get black canvas) looks and feels great. Not only does it add a unique touch, Moment also says the texture also allows for easier one-handed shooting. I guess that kind of makes sense, but it’s more about the look to me. The interior is lined with microsuede, which adds just a bit more protection.

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In the United States, Land Rover is offering the Velar with three engines, and they all hook up to an eight-speed automatic. Starting at $50,895 (after $995 destination for all models), buyers can get the base model with a 2.0-liter turbocharged four-cylinder producing 247 horsepower (184 kilowatts). The crossover with a 2.0-liter turbocharged diesel engine with 180 hp (134 kW) begins at $57,195. The top versions use a 3.0-liter supercharged V6 with 380 hp (283 kW), and pricing opens at $65,195. S, SE, and HSE trims add extra amenities to these powertrains, too.

The only saving grace for this case is its FlexShock technology, which features small ridges within the thick border aimed at dissipating energy when the phone is dropped. I would trust this case if I dropped my phone in it, but I’m really not a fan of anything else about it. That’s not to mention the $39.95 price tag for the Pixel 2 and the $44.95 price for the Pixel 2 XL. Quite frankly, with all of this case’s flaws, I would hesitate to pay half that amount. If you do want one, though, keep in mind that Amazon only sells the clear/white variant for both phones.

An array of advanced driver-assistance systems (ADAS) are fitted as standard or offered as optional equipment and designed to make every journey in the Range Rover Velar safer and more comfortable.

The bi-conductive surfaces have a periodic arrangement of low-conductivity material embedded within a high-conductivity substrate. The thermal conductivity of the epoxy (<1 W/mK) is several orders of magnitude less than that of copper (~400 W/mK). When submerged in a fluid and heated from the underside, this creates an in-plane variation in surface temperature. Due to the extreme conductivity difference, there is negligible heat conducted through the epoxy divisions during nucleate boiling (see thermal circuit analysis in the Supplementary Material). As such, the wall superheat temperature above the epoxy divisions will be notably reduced as compared to that experienced over the copper sections. At low average wall superheats, prior to bubble nucleation, these in-plane temperature variations will drive natural convection flows aligned with the epoxy divisions similar to Rayleigh-Bérnard convection rolls. It has been shown that this sort of flow instability is immediately triggered for any finite superheating with a spatially varying surface temperature27. The resulting flow-field draws cooler liquid down toward the surface from above the epoxy divisions, while warmer fluid rises from above the hot copper. At these early stages the counter-rotating flows will produce a stagnation point in the center of the copper, resulting in a local minimum in convective heat transfer coefficient and therefore a local maximum in surface temperature28. As the wall superheat is increased this local maximum temperature promotes bubble nucleation along the center of the copper regions. This results in the formation of an ordered flow-field, as shown schematically in Fig. 1e, which persists at increasing thermal loadings. The in-plane variations in wall superheat take a periodic form with a wavelength equal to the pitch between epoxy divisions, P. This superheat wavelength dictates the nature and location of the ordered pathways of escaping vapor and replenishing liquid returning to the surface during nucleate boiling. Figure 1f shows an image of the onset of nucleate boiling, where the first few nucleation sites are activated on a bi-conductive surface (N = 4 cm−1) at a wall superheat of ~5 K. As can be seen, the vapor bubbles preferentially nucleate near the center of the copper due to the local maximum in surface temperature. This is consistently seen for all of the surfaces tested, and demonstrates that the wettability of the epoxy is not promoting nucleation due to a lower surface energy (see supplemental movies). Additionally, Fig. 1g shows how the superheat wavelength, P, imparts a level of control over the bubble diameter during lateral coalescence. By ordering nucleation sites and liquid return pathways, the size of bubbles undergoing lateral coalescence across an epoxy division is tuned to nominally coincide with the superheat wavelength, P.

a layer of metal mesh suspends above the office area, emphasizing the boundary and softening the direct sunlight