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Konecranes Oyj is a Finnish company, headquartered in Hyvinkää, which specializes in the manufacture and service of cranes and lifting equipment as well as the service of machine tools. Konecranes is one of the largest crane manufacturers in the world [ 3 ] and it produces about one in ten of the world's cranes, [ 4 ] of which around 80% are ...
Through its campaign, UANI has succeeded in pressuring Terex (U.S.), [44] Tadano (Japan), Liebherr, UNIC (Japan), and Konecranes (Finland) to end their business in Iran. Tadano and UNIC, both of Japan, ended their Iran sales after UANI presented graphic photographic evidence of their cranes being used in public executions in the country.
Demag (In German Deutsche Maschinenbau-Aktiengesellschaft) was a German heavy equipment industrial group whose individual companies are now scattered. The Demag name can be today found for example as the Demag Cranes and Components and Sumitomo (SHI) Demag.
Kone Oyj (Finnish pronunciation:; officially known as KONE and trading as KONE Corporation) is a Finnish multinational elevator engineering company employing over 60,000 personnel across 60 countries worldwide.
There are two common types of container handling gantry crane: high profile, where the boom is hinged at the waterside of the crane structure and lifted in the air to clear the ships for navigation, and low profile, where the boom is shuttled toward and over the ship to allow the trolley to load and discharge containers.
Ponsse Buffalo forwarder. Ponsse Plc (Finnish: Ponsse Oyj) [2] is a company domiciled in Finland that manufactures and markets a range of forestry vehicles and machinery such as forwarders and harvesters.
Stuff Matters: Exploring the Marvelous Materials That Shape Our Man-Made World is a 2014 non-fiction book by the British materials scientist Mark Miodownik. The book explores many of the common materials people encounter during their daily lives and seeks to explain the science behind them in an accessible manner. Miodownik devotes a chapter ...
Due to the Coriolis effect, surface water moves at a 90° angle to the wind current. If the wind moves in a direction causing the water to be pulled away from the coast then Ekman suction will occur. [1] On the other hand, if the wind is moving in such a way that surface waters move towards the shoreline then Ekman pumping will take place. [1]