Physibel TRISCO version 13w What’s new in TRISCO version.

Physibel TRISCO version 13w

What’s new in

TRISCO version


New performances summary


Superposition allows to minimise the Blocks input.To define the external corner junction above using superposition only 6 blocks are required.However, for a correct cavity equivalent thermal conductivity, 2 cavity colours are required.


Use > Arrange Blocks > Use juxtaposition


Now 11 blocks describe the object.The appropriate colour for the second cavity is now applied.


Use > Arrange Blocks > Use superpositionto return to a minimised number of blocks.


Using juxtaposition (left image) 43 block definitions are required.Using superposition (right image) only 15 block definitions are required.The window was modeled starting from a 2D section, applying therevolve and transformation functions.This results in a lot of blocks in juxtaposition.At the end of the 3D modeling the superposition arrangement is applied to minimise the number of blocks.


The roof junction is clipped from the total object.……


The roof junction is clipped from the total object.The data are reduced to the clip (and saved under a new name),…


The roof junction is clipped from the total object.The data are reduced to the clip (and saved under a new name),ready for the roof junction analysis.


3D junctions are composed of multiple 2D junctions for which the linear thermal transmittance (-value) needs to be calculated.The example above shows the conventions- external dimension system (left)- internal dimension system (right).


The 3D junction is clipped 3 times, once for each 2D junction.


The 3D junction is clipped 3 times, once for each 2D junction.Above the clipping for one of both vertical sections is shown.


For each 2D junction the -value is derived.


From the 3D simulation and the 3 -values the point thermal transmittance or -value can be derived.


All colours, except colour 11 (stainless steel) are clipped.The data are reduced to the clip (and saved under a new name).


The clipped object can be used for input into other TRISCO data(Menu Blocks > Insert File).


In the 3D model above some void space occurs.In the simulation void space is considered as adiabatic (perfect insulation) and therefore a false result will be obtained.


Void space can be detected and converted into blocks !


Block size 0.3 m x 3.5 m x 0.8 m


Colour volume 11 m3


3D modeling using v12 & v13 functionality



2D section from TriscoDxf or from BISCO !



Use revolve function to make 3D corner



Use copy and transform functions to complete 3D junction



Add 3D elements (such as screws).Calculate.


In the example above all blocks with colour 11 (stainless steel) are converted at once into blocks with colour 13 (steel).


Program moduleTRISCO 64 bit version

Allows solving huge systems,> 10 000 000 nodes


Program moduleRADCON

Advanced thermal simulationsconduction – convection – radiation


Program extensionSOLIDO

Steady state heat transfer simulationin any shape 3D object


Program extensionSOLIDO

Blocks are defined as- solids: prism, pyramid, parallelepiped, sphere, cylinder, cone, …- files in STL format (Stereolithography Tessellation Language)


Program extensionSOLIDO: What ‘s new in version 4 ?


PHYSIBEL

Heirweg 21 B-9990 Maldegem Belgiumphone +32 50 [email protected]

Thank you for your attention !

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Physibel TRISCO version 13w What’s new in TRISCO version.

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