3D paint functions: draw grid voxel at front side or back side of picked material face (Paint > Draw Voxel at Front and Paint > Draw Voxel at Back).
Image view functions: show materials as transparent blocks (Image > Show Transparent); show 3D surface of a single temperature value of the solution through the object represented with transparent blocks (Image > Show Single Temperature).
Graphic output of single isothermal lines on object surfaces.
Faster graphic image processing in Image window.
Grid window and Coordinates window: minimum grid visible through background colour of grid cells.
Blocks window: material and boundary condition blocks visible through different background colour.
Import of BSC or BMP file (File > Import Data…): position bitmap in XY, XZ or YZ.
Multiple TRISCO simulation results can be imported in one step in the Word report template.
Word report template with improved style control of imported report items.
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Recalculate block list (in Blocks window) using superposition (overlapping blocs) or juxtaposition (non-overlapping blocks).
Make block list (in Blocks window) for the current clip definition in Clip Object window and Clip Colours window.
Detect void space in object model (by conversion of void space to new blocks).
Change globally the colour of all blocks with a given colour.
Show dimensions of current block in status bar.
Show volume of current colour in status bar.
Grid unit mentioned in Grid window, Minimum Grid window, Coordinates window and in dialog boxes with measures expressed in grid units.
Zoom in and out using the mouse wheel.
Grid subdivision using maximum mesh width avoids creation of very narrow meshes (smaller than 0.1 % of maximum mesh width).
Warning when minimum grid is used at the start of a system calculation (with suggestion of grid refinement).
Status bar in Graphic Output window with material or boundary condition, temperature or heat flux under the floating mouse cursor.
Graphic output of temperature profile along a chosen grid line.
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TriscoDxf: tool for fast input of 2D AutoCAD drawings (DXF files).
New template data file initialising material properties and boundary conditions.
Import bitmap based on either superposition (i.e. with possible overlaps) or juxtaposition (i.e. without any overlap) of blocks.
Automatic grid subdivision function.
Automatic initialisation of areas and U values of
flanking elements of a thermal bridge.
The areas are based on either exterior or interior dimensions.
The U value of any flanking element can be overwritten by an enforced U value.
Revolve a 2D geometry containing a cross section (e.g. of a window frame) over an angle of 90° to form a 3D corner joint.
Split zones function.
Equivalent thermal conductivities based on editable surface emissivities across cavities.
Critical relative humidity for surface condensation.
Batch calculation: write calculation results (as in text output window) into text file.
Automatic report generator.
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Easier object modelling: selection of one or more blocks, which can be copied, moved, transformed (translation, rotation over right angle, scaling) or merged (block addition). The new way of transformation definitions replace and expand the possibilities offered from version 9.0w.
Insert blocks and thermal properties of other TRISCO data file into current TRISCO data file.
The grid is automatically reduced to a “minimum grid” after each block operation that involves the grid.
Import bitmap file (256-colours BMP file).
New view option in Blocks window: list selection of blocks having all a given colour.
Simplification of grid functions (split, merge, create minimum grid).
Selection of one or more grid meshes to perform grid functions (split, merge).
Better feedback (by colour shading) in Image window of current mesh in Grid window (or Minimum Grid window) and current coordinate in Coordinates window.
New definition of “zoom in” function: a mouse click is required to define the centre of the zoomed view.
New type of boundary condition: material with known temperature or known heat power density.
New type of boundary condition in RADCON module: transparent material (with conductive and radiative heat transfer), useful for gas cavities of irregular shape (instead of materials of type EQUIMAT).
New view option in Colours window: list defined colours (useful after loading thermal properties template).
Clip colours: object parts having the same colour can be clipped away in the Image window (through a visibility toggle per colour).
Convergence of iteration cycles: new calculation parameter to minimize the number of required iteration cycles (to deal with non-linear properties): maximum temperature difference between iteration cycles.
New menu item: calculation of view factors (independent from system solution).
Calculation of radiative heat transfer using view factors calculated in a coarser grid, reducing memory requirement and calculation time.
Output of cumulated view factors between surfaces of different colours (through integration of elementary view factors).
A zone of type BC_NOSKY (using RADCON) no longer implies a balance radiation node to represent the open sky as a radiation mirror.
Graphic representation of heat flow densities also in material cutoff planes (through clipping), to visualize heat fluxes inside materials.
Program switch for opposite operation of rotate and pan in Image window: move object versus move viewpoint.
Automatic adjustment of memory space for input data. In former TRISCO versions the input capacity was a program setting.
New manual (with tutorial on object modelling; chapter on RADCON module; index).
Two new types of boundary
conditions have been introduced:
1. Enclosures with unknown temperature and global surface heat transfer coefficient
2. Border faces between colours having a fixed temperature or heat flux (“borderface BCs”).
A Coordinates window is added to
view absolute coordinates of grid line positions.
Another split mesh function is added in the Grid window (Grid > Split Mesh max… and Grid > Split All max…).
An Areas window is added to get dimensions of surfaces and to be used in thermal transmittance calculations (see further: derived thermal quantities).
A U values window is added to get thermal transmittances of 1D building elements (e.g. walls and roofs), and to be used in derived thermal transmittances (see next point).
Thermal quantities in line with European standards can be reported in the Text Output window: temperature factor (EN ISO 10211-2), linear thermal transmittance (EN ISO 10211-2, valid for 2D constructions), 2D/3D surplus thermal transmittance (correction term for the sum of linear and point influences of a thermal bridge valid for 3D constructions, in correspondence with EN ISO 10211-2).
Improved graphical feedback in the
Image window of a selected item in another edit window.
The selection feedback in the Image window can be toggled on or off.
Undo/redo facility while editing.
Treatment of two-dimensional
A problem is considered to be two-dimensional (as in KOBRU86), as long as at least one dimension of the input geometry consists of 1 grid cell.
If the Z direction consists of 1 grid cell, the relevant 2D section is XY;
else if the Y direction consists of 1 grid cell, the relevant 2D section is XZ;
else if the X direction consists of 1 grid cell, the relevant 2D section is YZ.
When calculating view factors, the third dimension is considered to be infinite.
In a 2D problem heat flows (in W) within the materials of the relevant 2D section can be visualized, instead of isofluxes (in W/m²) on the material outer surfaces of 3D geometries.
TRISCO can be compiled to accept
only 2D problems: this is the KOBRU86 version.
In this version 3D data cannot be read, and the (single) grid cell in the third dimension cannot be subdivided. Still it is possible to do coordinate transformations (see next item).
Some global coordinate transformations on all blocks can be done: all coordinates of two directions can be switched (X-Y, Y-Z or Z-X), or the direction of one coordinate axis can be mirrored (X, Y or Z).
Equivalent thermal conductivities of cavities and convective heat transfer coefficients in air cavities can be calculated with formulae consistent with the standards EN ISO 6946 and prEN ISO 10077-2.
Built-in converter to import data from BISCO version 5w.
Developed for Windows 95 / 98 / Windows NT.
Easy switching between program languages (English, Dutch, French, German).
Extensive material patterns.
A 3D preview of the geometry when selecting data files.
A 3D image feedback clarifies the
(1) the current material block, boundary condition block or mesh width is highlighted;
(2) a perspective view is possible from every position around the object.
A preview of material properties during the material selection.
The calculation is up to 50 times faster.
The node capacity is higher than 106.
Graphs can be stored as bitmaps with a user defined resolution.
Built-in batch procedure to execute several calculations without any intervention of the operator.