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# σ-x The American steel standard ANSI/AISC 360-16 has been implemented. tralala
== Struct4U Engineering Tools 2023. 1 4 November 2022 ==
[[File:WhatsNew1.png|400px|none|]]
{| class="wikitable"
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
|+
[[File:WhatsNew2.png|500px|none|]]
!
# Additional [[steel]] types are added.
!
[[File:WhatsNew3.png|500px|none|]]
|-
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
|σ-x The American steel standard ANSI/AISC 360-16 has been implemented.  
[[File:WhatsNew4.png|500px|none|]]
|[[File:WhatsNew1.png|400px|none|]]
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
|-
[[File:WhatsNew5.png|500px|none|]]
|The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail  
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
in the calculation results including all the formulaes of the standard.
[[File:WhatsNew6.png|500px|none|]]
|[[File:WhatsNew2.png|500px|none|]]
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
|-
[[File:WhatsNew7.png|500px|none|]]
|Additional [[steel types are added.
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew8.png|500px|none|]]
·       A36
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew9.png|500px|none|]]
·       A53 Gr.B
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew10.png|500px|none|]]
·       A500 Gr.B 42/58
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew11.png|500px|none|]]
·       A500 Gr.B 46/58
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew12.png|500px|none|]]
·       A500 Gr.C 46/62
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew13.png|500px|none|]]
·       A500 Gr.C 50/62
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew14.png|500px|none|]]
·       A501 Gr.A
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew15.png|500px|none|]]
·       A501 Gr.B
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew16.png|500px|none|]]
·       A529 Gr.50
# The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail in the calculation results including all the formulaes of the standard.
 
[[File:WhatsNew17.png|500px|none|]]
·       A529 Gr.55
 
·       A709 36
 
·       A1043 36
 
·       A1043 50
 
·       A1085 Gr.A
 
·       A572 Gr. 42
 
·       A572 Gr. 50
 
·       A572 Gr. 55
 
·       A572 Gr. 60
 
·       A572 Gr. 65
 
·       A618 Gr.la.lb
 
·       A618 Gr. III
 
·       A709 50
 
·       A709 50S
 
·       A709 50W
 
·       A913 50
 
·       A913 60
 
·       A913 65
 
·       A913 70
 
·       A992
 
·       A1065 Gr.50
|[[File:WhatsNew3.png|500px|none|]]
|-
|[[XFrame2D]],[[XBeam2D]]
On the geometry tab, profiles can now be displayed. There is a new display option "Profiles"
|[[File:WhatsNew4.png|563x563px|none]]
{| class="wikitable"
|[[File:WhatsNew5.png|500px|none|]]
|}
|-
|'''Improvement of the implementation of the NEN-EN 1993'''
Lateral buckling stability: I-shaped sections were tested according to formula (6.56) of article 6.3.2.2.
 
This is a conservative and therefore safe calculation.
 
However, for I-sections it is also possible to use formulae (6.57) and (6.58) of article 6.3.2.3.
 
Generally this leads to lower / more favorable unity checks.
 
And we have now provided that.
 
This can further optimize the design of your steel structure and save steel weight.  
|[[File:WhatsNew7.png|500px|none|]]
|-
|Material properties are included in the calculation output.
|[[File:WhatsNew6.png|500px|none|]]
|-
|3D Wind load generator [[Documentation Eurocode|Eurocode]]. Several improvements with specific roof types.
|[[File:WhatsNew8.png|500px|none|]]
|-
|Every product of the '''Struct4U Engineering Tools''' has a startup splash screen.
|[[File:WhatsNew9.png|500px|none|]]
|-
|[[FEM best practices and examples|Mesher]]. Several improvements have been made within the mesher. Especially with big structures.
|[[File:WhatsNew10.png|500px|none|]]
|-
|
|
|}
 
== General News ==
{| class="wikitable"
|The '''Struct4U Knowledge Center''' is online! <nowiki>https://wiki.struct4u.com</nowiki>
Although it is still under construction there is already a lot of information,
documentation, tutorials and best practices about the software of Struct4U.
|[[File:WhatsNew11.png|500px|none|]]
|-
|'''Partner in Latin America''': [https://rocadigitalsales.com/index.php/struct4u/ Roca Digital Sales.]
 
Since this year Roca Digital Sales is the sales representative of Struct4U in Latin America.  
|[[File:WhatsNew12.png|500px|none|]]
|-
|'''New websit'''e and logo!
|[[File:WhatsNew13.png|500px|none|]]
|-
|'''Student version.''' Students all over the world can use Struct4U software for free!
For more information have a look at [https://struct4u.com/student-license/ this page.]
|[[File:WhatsNew14.png|500px|none|]]
|-
|'''Payment methods'''. Several new payment methods have been added.  
|[[File:WhatsNew15.png|376x376px|none]]
|-
|'''Dollars/Euro’s.''' The analysis credit is now split in dollar and euro.
If you are in a dollar area you can buy your credit in dollars without exchange rate losses.
|[[File:WhatsNew16.png|500px|none|]]
|-
|'''Struct4U [https://www.youtube.com/channel/UCLuORxSM99Nne-XuLHuN1pw YouTube] channel.''' Our YouTube channel has a new playlist: '''Tutorial4U.'''
Within this playlist we are working to add dozens of YouTube videos with tutorials and instructions.
|[[File:WhatsNew17.png|500px|none|]]
|-
|An additional license type is introduced: '''Network License'''.
All the licenses can be purchased via the Software.
For more information [https://struct4u.com/prices/ have a look at this page.]
|
|}
 
== Sneak Preview ==
'''Sneak preview about coming features'''
 
The Struct4U development team is currently working on a couple of big improvements within the software.
 
* Unique '''3D water accumulation module'''.
* '''Linear''' analysis of concrete plates based on the actual reinforcement in the plate.
* Mobile loads.
* New XConstruct modules.
* Anisotropic plates.(by example CLT-plates.

Revision as of 19:01, 4 November 2022

Struct4U Engineering Tools 2023. 1 4 November 2022

σ-x The American steel standard ANSI/AISC 360-16 has been implemented.
WhatsNew1.png
The output of the steel calculation of the ANSI/ASIC 360-16 is implemented in detail

in the calculation results including all the formulaes of the standard.

WhatsNew2.png
Additional [[steel types are added.

·       A36

·       A53 Gr.B

·       A500 Gr.B 42/58

·       A500 Gr.B 46/58

·       A500 Gr.C 46/62

·       A500 Gr.C 50/62

·       A501 Gr.A

·       A501 Gr.B

·       A529 Gr.50

·       A529 Gr.55

·       A709 36

·       A1043 36

·       A1043 50

·       A1085 Gr.A

·       A572 Gr. 42

·       A572 Gr. 50

·       A572 Gr. 55

·       A572 Gr. 60

·       A572 Gr. 65

·       A618 Gr.la.lb

·       A618 Gr. III

·       A709 50

·       A709 50S

·       A709 50W

·       A913 50

·       A913 60

·       A913 65

·       A913 70

·       A992

·       A1065 Gr.50

WhatsNew3.png
XFrame2D,XBeam2D

On the geometry tab, profiles can now be displayed. There is a new display option "Profiles"

WhatsNew4.png
WhatsNew5.png
Improvement of the implementation of the NEN-EN 1993

Lateral buckling stability: I-shaped sections were tested according to formula (6.56) of article 6.3.2.2.

This is a conservative and therefore safe calculation.

However, for I-sections it is also possible to use formulae (6.57) and (6.58) of article 6.3.2.3.

Generally this leads to lower / more favorable unity checks.

And we have now provided that.

This can further optimize the design of your steel structure and save steel weight.

WhatsNew7.png
Material properties are included in the calculation output.
WhatsNew6.png
3D Wind load generator Eurocode. Several improvements with specific roof types.
WhatsNew8.png
Every product of the Struct4U Engineering Tools has a startup splash screen.
WhatsNew9.png
Mesher. Several improvements have been made within the mesher. Especially with big structures.
WhatsNew10.png

General News

The Struct4U Knowledge Center is online! https://wiki.struct4u.com

Although it is still under construction there is already a lot of information, documentation, tutorials and best practices about the software of Struct4U.

WhatsNew11.png
Partner in Latin America: Roca Digital Sales.

Since this year Roca Digital Sales is the sales representative of Struct4U in Latin America.

WhatsNew12.png
New website and logo!
WhatsNew13.png
Student version. Students all over the world can use Struct4U software for free!

For more information have a look at this page.

WhatsNew14.png
Payment methods. Several new payment methods have been added.
WhatsNew15.png
Dollars/Euro’s. The analysis credit is now split in dollar and euro.

If you are in a dollar area you can buy your credit in dollars without exchange rate losses.

WhatsNew16.png
Struct4U YouTube channel. Our YouTube channel has a new playlist: Tutorial4U.

Within this playlist we are working to add dozens of YouTube videos with tutorials and instructions.

WhatsNew17.png
An additional license type is introduced: Network License.

All the licenses can be purchased via the Software. For more information have a look at this page.

Sneak Preview

Sneak preview about coming features

The Struct4U development team is currently working on a couple of big improvements within the software.

  • Unique 3D water accumulation module.
  • Linear analysis of concrete plates based on the actual reinforcement in the plate.
  • Mobile loads.
  • New XConstruct modules.
  • Anisotropic plates.(by example CLT-plates.
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