Earthquake Engineering by Daniela Vargas Hernández https://padlet.com/danivargashndz10/earthquakengineering_ en-us 2017-02-28 20:01:13 UTC 2024-11-18 21:02:20 UTC hello@padlet.com https://padlet-assets.s3.amazonaws.com/icons/Condos.png Taipei 101 danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156858908 Is a skyscraper with 106 floors and a height of 508 m, it's located in Taiwan, 
is currently one of the ten tallest skyscrapers in the world. It counts with a mass damper, it can withstand earthquakes of up to 7 on the Richter scale and winds of over 450 km / h .
]]> 2017-02-28 20:20:09 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156858908 Mass damper danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156866188 Is formed by a giant ball of steel of 680 tons of weight composed of metal plates in the floor 92 that is suspended on tensioners from its upper part and in its base subject with hydraulic pumps, being the largest and heavy worldwide.]]> 2017-02-28 20:49:26 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156866188 danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156869917
  • Steel structure: This gives it the possibility of achieving large-scale solutions, such as covering large lights, important loads. It is flexible. It can be folded without breaking to certain forces. A steel building can flex when pushed aside for example by wind or an earthquake.
  • Cables: Supports the weight of the giant ball.
  • Hydraulic bombs:  It must supply an oil flow at a given pressure and
    give power to a hydraulic system to perform a specific function
  • Fastenings: Hold the workpiece during machining. They can be of three jaws, for cylindrical pieces or with a number of lateral faces multiple of three. They simultaneously close or open their jaws by means of an adjusting wrench


    • ]]>     2017-02-28 21:06:00 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156869917     Earthquake engineering in the world danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156881126
  • In Japan,  The goal is to get the building to swing but not collapse, so they must be flexible structures that admit some degree of deformation, that can vibrate and even move slightly.
    • ]]>     2017-02-28 22:02:33 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156881126     danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156882270
    • The construction of the Vrindavan Chandrodaya Mandir begins, a Hindu temple that when completed, will be crowned as the highest religious building on planet Earth, it will be built with earthquake reinforcements to prevent their destruction in the event of an earthquake
    ]]>     2017-02-28 22:10:25 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156882270     Earthquake engineering in Colombia danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156883276
    In Colombia there have been many tragedies because the buildings do not have the adequate earthquake resistant standards, an example of this is  the stadium in Neiva that is about to collapse due to the strengthening of the structure of the stadium because it is a structure that Is 37 years old and was executed without earthquake-resistant standards.

    ]]>     2017-02-28 22:16:46 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156883276     Important advance danivargashndz10 https://padlet.com/danivargashndz10/earthquakengineering_/wish/156886108 An important advance is in Cali ,the city began to adopt earthquake resistance standards in its indispensable buildings, ie schools, hospitals, transportation terminals, airports, CAM and sports venues, which are vital to emergency care.]]> 2017-02-28 22:37:34 UTC https://padlet.com/danivargashndz10/earthquakengineering_/wish/156886108