Ihxl Water Caught at 7000 FPS Is Mesmerizing
Inspired by children who use furniture as objects of play, Atelier stanley mugs  Takagi   Range Life table was designed not only with architects ; favorite materials鈥攂lackened steel, concrete, glass, etc鈥?but also with the design principles of much larger structures as well, incorporating I-beams, columns and trusses into the visual design of the piece.     When peered upon in the right way, it   as if you ;re getting an anatomi stanley bottle cal view of a building. And stanley mug  this is only the first in a series of similar pieces, so expect to see more going forward. [Atelier Takagi via Architizer]                                                        beautiful Jhjv Amazon   s Kindle E-Books Welcome HTML5 With Open Arms
On August 15th, this 200-foot-tall hunk of i stanley cup ce fell from the face of the gargantuan Hubbard Glacier in a process known as calving, crashing into Yakutat Alaska   Disenchantment bay with an ear-splitting crack and a borderline unbelievable degree of force.     A 200-foot-tall segment of ice is nothing to sneeze at 鈥?they rarely come any bigger. That said,  stanley thermos mug many scientists suspect that these epic slabs of ice could theoretically break off  stanley quencher in larger chunks. Much larger chunks. In a paper published in the latest issue of Proceedings of the Royal Society A, glacier dynamics researchers Jeremy Basis and Catherine Walker set out to calculate just how much larger a sheet of calving glacier might, in theory, become. Here   the conclusion they arrived at: The most conservative bound assumes that the ice is entirely intact with no crevasses. For a depth-averaged yield stress of 1 MPa, this predicts a maximum dry calving front height of approximately 220 m. Failure of the cliff is predicted to occur even in the unlikely event that no crevasses are present once the ice cliff exceeds this critical threshold. 220 meters! That   well over three times the height of the ice sheet pictured up top! Granted, that   the ceiling on a glacier assuming all conditions are perfect, but wow. Can you even imagine being in the vicinity of something that massive as it crashes into the water below it  Read the full scientific paper via Proceedings of the Royal Society A

Ihxl Water Caught at 7000 FPS Is Mesmerizing
Inspired by children who use furniture as objects of play, Atelier stanley mugs  Takagi   Range Life table was designed not only with architects ; favorite materials鈥攂lackened steel, concrete, glass, etc鈥?but also with the design principles of much larger structures as well, incorporating I-beams, columns and trusses into the visual design of the piece.     When peered upon in the right way, it   as if you ;re getting an anatomi stanley bottle cal view of a building. And stanley mug  this is only the first in a series of similar pieces, so expect to see more going forward. [Atelier Takagi via Architizer]                                                        beautiful Jhjv Amazon   s Kindle E-Books Welcome HTML5 With Open Arms
On August 15th, this 200-foot-tall hunk of i stanley cup ce fell from the face of the gargantuan Hubbard Glacier in a process known as calving, crashing into Yakutat Alaska   Disenchantment bay with an ear-splitting crack and a borderline unbelievable degree of force.     A 200-foot-tall segment of ice is nothing to sneeze at 鈥?they rarely come any bigger. That said,  stanley thermos mug many scientists suspect that these epic slabs of ice could theoretically break off  stanley quencher in larger chunks. Much larger chunks. In a paper published in the latest issue of Proceedings of the Royal Society A, glacier dynamics researchers Jeremy Basis and Catherine Walker set out to calculate just how much larger a sheet of calving glacier might, in theory, become. Here   the conclusion they arrived at: The most conservative bound assumes that the ice is entirely intact with no crevasses. For a depth-averaged yield stress of 1 MPa, this predicts a maximum dry calving front height of approximately 220 m. Failure of the cliff is predicted to occur even in the unlikely event that no crevasses are present once the ice cliff exceeds this critical threshold. 220 meters! That   well over three times the height of the ice sheet pictured up top! Granted, that   the ceiling on a glacier assuming all conditions are perfect, but wow. Can you even imagine being in the vicinity of something that massive as it crashes into the water below it  Read the full scientific paper via Proceedings of the Royal Society A