ERITAS
D ET N ORSK
E V ERITAS
Define the guiding geometry needed to define the outer hull and deck levels Notice that the symbol for right mouse bottom click is different from left mouse bottom click
Pages 14 -18•Part 4 –Make the deck plates
Create the deck levels and insert stiffening in between using both plates and beams Pages 19 –27
•Part 5 –Make the column
Insert the column between lower deck and above upper deck level Pages 28 –32
•Part 6 –Create the web frames
Insert three simple web frames and connect to the Pages 33 –34
•Part 7 –Column stiffening
Insert vertical stiffeners as well as a ring stiffener at top of column Pages 35 –38
•Part 8 –The crane
Model the crane using beams in order to apply the loads at end of crane tip Pages 39 –43
•
Part 9 –Boundary conditions
Insert pinned boundary conditions along all free edges and ensure that the simplified crane beam is connected properly to the shell column model by using linear dependencies Pages 44 –45
•
Part 10 –Loads
Create one loadcase with selfweight, another with 75 tonnes load at the crane tip and a load combination where loadfactor 1.6 is used on the crane load Pages 46 –48
Click start of beam 1Click end of beam
2Use right mouse button to activate the context sensitive menu
radius软件3
and select Material. Select Create/Edit Material to D ET N ORSKE V ERITAS
Find the right section library from “Browse”and select the library ‘tbar’(a library containing typical Tbar ship profiles)
D ET N ORSK
E V ERITAS

版权声明：本站内容均来自互联网，仅供演示用，请勿用于商业和其他非法用途。如果侵犯了您的权益请与我们联系QQ:729038198，我们将在24小时内删除。