3- Beams - الكمرات - SAP2000 V20
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*Session 3 Slides : http://www.mediafire.com/file/7xvim7znhevlh8r/Session_3_SAP2000_V20_-_Beams.pdf http://www.mediafire.com/file/7yu285obv9g1u1d/Session%201%20SAP2000%20V20%20-%20Introduction.pdf
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الفيديو يشمل :
*طريقة رسم شبكة إحداثيات لرسم الكمرات.
*طريقة تعريف المواد المصنوع منها القطاعات .
*طريقة تعريف أكثر من قطاع و استخدامهم .
*طريقة وضع الركائز بأنواعها المختتلفة و بميول مُختلفة .
*طريقة عمل حالات التحميل و عمل دمج لأكثر من حالة تحميل .
*طريقة استخراج الـStraining actions بمختلف حالات التحميل .
*طريقة تحديد أقصى Deformation في الكمرات .
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Video Transcript
Peace be upon you, we will start session number 3 of course for the 7000s
we will start with beams
and we will know by the beams
by the beams
we will put in it
different sections
we will put distributed and concentrated loads
we will get the different
string actions
we will know the loading cases
and we will make a combination
of these loading cases
and we will get the results
based on the loading cases
we will start with the same steps
we will learn the grids, the material, the parts, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load, the load,
and we will put the supports in the place for the support
to start moving the loads on the cameras
we will start the first step, we will draw the engineering network
this network is like a drawing course
we start drawing imaginary lines
to be able to move in the program and draw the cameras
the current network can be drawn in three directions
x, y, z
according to the example
the camera is here
we have three axes
x, y, z
these axes have three levels
any level is made of two axes
level xz
xz is like elevation
yz is like side view
xy is like plan
let's draw a camera
on x axis
to see the camera as a line, we have to see it in elevation, side view or plan
no, we have to see it in elevation
so it will be in XZ plane
so we will insert our GPS network in XZ direction
is this camera has a height?
for example, this is a frame, so there is a camera with a height of 1 meter
and another camera with a height of 3 meters
all of them are horizontal cameras
so all our GPS network will be drawn on X axis
but the level I will use is called XZ
so I can see my camera
so we will start drawing a network of events based on the global axis
let's go back to the example
when we open the program
