![]() ![]() The scents are shockingly identical to their designer inspirations (and most even seem to last longer). Get The Scent (And Spare Your Cents)Įach Dossier perfume consistently exceeded my expectations. While I sometimes feel that designer perfumes can sit a little heavy on my skin (and impart a harsh initial hour or two of scent), Dossier’s Woody Sandalwood delivered a gentle but powerful fragrance that lasted for hours. Not only did it smell exactly like its luxury counterpart, but my Dossier bottle lasted with a more natural tone than when I’ve tried the Le Labo equivalent. I first tried Woody Sandalwood, the blend designed to imitate Le Labo’s iconic Santal 33. Does it smell fantastic? Does it last? Dossier immediately checked both of these boxes. To measure the actual quality and efficacy of perfume, there are really only two major questions that matter (to me at least). By eliminating prestige pricing, advertising, and packaging, Dossier sells designer perfume blends (some of which ordinarily sell for over $100) in the range of $29 to $39. They’re even produced in Grasse, France, also known as the perfume capital of the world. The brand crafts perfumes inspired by designer fragrances but sells them for a fraction of the cost, despite being entirely vegan, cruelty-free, and composed of the same high-quality ingredients. My perfume is part of my identity, after all! Dossier’s model and prices are pretty groundbreaking. ![]() So, when I set out to test Dossier, the latest (and potentially greatest) DTC disruptor in the fragrance game, my standards were high. I love the scent, so much so that many of my friends can identify when I’ve been in a room or will soon approach by the trace of my perfume alone. This has been the case with the perfume I’ve used for the last four years - I won’t call it out by brand, but I will hint that it rhymes with my name. I prefer to have one thing I love that does the work of the latest fifteen “innovative” products, and am willing to invest in a quality purchase if it means I’ll reach for it every morning. While I love to experiment with all things beauty, I’m secretly a brand (and product) loyalist. Our editorial team is independent and only endorses products we believe in. If you purchase through our links, we may receive a commission. The normal rotates by an amount θ x = φ ( x ) are not specified.Our team is dedicated to finding and telling you more about the web’s best products. Quasistatic Timoshenko beam Deformation of a Timoshenko beam (blue) compared with that of an Euler–Bernoulli beam (red). If the shear modulus of the beam material approaches infinity-and thus the beam becomes rigid in shear-and if rotational inertia effects are neglected, Timoshenko beam theory converges towards ordinary beam theory. Rotary inertia effect was introduced by Bresse and Rayleigh. The latter effect is more noticeable for higher frequencies as the wavelength becomes shorter (in principle comparable to the height of the beam or shorter), and thus the distance between opposing shear forces decreases. Physically, taking into account the added mechanisms of deformation effectively lowers the stiffness of the beam, while the result is a larger deflection under a static load and lower predicted eigenfrequencies for a given set of boundary conditions. The resulting equation is of 4th order but, unlike Euler–Bernoulli beam theory, there is also a second-order partial derivative present. ![]() The model takes into account shear deformation and rotational bending effects, making it suitable for describing the behaviour of thick beams, sandwich composite beams, or beams subject to high- frequency excitation when the wavelength approaches the thickness of the beam. ![]() The Timoshenko–Ehrenfest beam theory was developed by Stephen Timoshenko and Paul Ehrenfest early in the 20th century. Model of shear deformation and bending effects Orientations of the line perpendicular to the mid-plane of a thick paperback book under bending. ![]()
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