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1 {{box cssClass="floatinginfobox" title="**Contents**"}}
2 {{toc/}}
3 {{/box}}
4
5 When you're done calculating a PRE-Stress project, the data can be published as a report. This is done through the Preview & Print functionality in the File menu. The printout can then be sent to any print-capable device recognized by your operating system.
6
7 (% id="cke_bm_480S" style="display:none" %) (%%)As the calculation and dimensioning process generates a large volume of information, PRE-Stress allows you to filter the printout to contain the information most relevant to a given project.
8
9 = Printout options =
10
11 == Settings for beams ==
12
13 [[image:1610523934439-194.png]]
14
15 The settings can be set for each individual element.
16
17 The settings that can be selected are:
18
19 * General information
20 * Reinforcement
21 * Cross-section data
22 * Supports
23 * Loads
24 * Calculation settings
25 * Fire
26 * Loadcases per load combination
27 ** Explanation
28 * Max bending table
29 ** Explanation
30 * Max shear table
31 ** Explanation
32 * Recess beam
33
34 == Settings for load combinations ==
35
36 [[image:1610523967065-192.png]]
37
38 Each load combination also has individual settings. these might be dependant on what type of element that is being calculated, if topping is present, if it is subjected to torsion or if a punching check can be performed (hollowcore elements with point loads)
39
40 The settings here are:
41
42 * General material settings
43 * Long term parameters
44 * Moment/shear tables
45 ** Explanation
46 * Moment/shear tables (topping)
47 ** Explanation
48 * Topping joint table
49 ** Explanation
50 * Reduced concrete parameters (fire)
51 ** Explanation
52 * Torsion table
53 ** Explanation
54 * [[Punching>>doc:PRE-Stress.Troubleshooting guides.Punching of hollowcores, according to EN1168.WebHome]]
55
56 It is also possible to add diagrams
57
58 * Moment
59 * Shear
60 * Deformation
61 * Torsion
62
63 = Print general overview =
64
65 The Print general overview is the most simple way to get an overview of the most basic of the results.
66
67 * Overview of the element
68 ** Mark
69 ** Length
70 ** Width
71 ** Height
72 ** Span
73 ** Strand pattern
74 * Section
75 * Cables (diameter)
76 * VRd - Shear capacity of the cross section
77 * Vd - Shear force due to loads
78 * Vd / VRd - Utilization of Shear force [unitless]
79 * MRd - Moment capacity
80 * Md - Moment due to load
81 * Md / MRd - Utilization of Moment [unitless]
82 * Comp.Zone - Height of the compression zone
83 * Cable stress - Prestressing in the cables
84 * Warnings and information - Additional information from the calculation
85
86 [[image:1610525053446-157.png]]
87
88
Copyright 2020 StruSoft AB
PRE-Stress Documentation