Training

Events

June 1-3, 2015 in Dolní Morava, Czech Republic

Conference for numerical simulation

Jun 6-8, 2016 in Würzburg

Conference for technical aspects in the design and use of modern connectors

Jun 7-8, 2016 in Munich

Computer-aided engineering conference in the automotive industry.

Jun 12-15, 2016 in Linz

Challenges in Forming High-Strength Sheets

Jun 6, 2016 in Winterthur

Conference for numerical simulation

News

Library RDO Journal Weimar Optimization and Stochastic Days Newsletter Quarter 2_2016 Dynardo...

Dynardo GmbH is proud to announce that Dynardo’s optiSLang, leading edge software for CAE-based...

Release note optiSLang 5.0.0 more information about optiSLang 5 more information about optiSLang...

Library

Training

Jun 6-8, 2016 in Weimar

Jun 9, 2016 in Weimar
Jun 22, 2016 in Weimar (WOST 2016)

Jun 9 in Vienna
Aug 10, 2016 in Lein.-Echt.
Sep 7, 2016 in Renens
Nov 16, 2016 in Berlin
Nov 22, 2016 in Aadorf

Jun 10, 2016 in Weimar
Jun 22, 2016 in Weimar
Nov 15, 2016 in Vienna

Jun 22 in Hanover
Sep 30, 2016 in Lein.-Echt.
Dec 9, 2016 in Grafing

Aug 12, 2016 in Lein.-Echt.
Nov 18, 2016 in Berlin
Nov 24, 2016 in Aadorf

Training: multiPlas for ANSYS

multiPlas for ANSYS provides the essential material models for FE-calculations in the fields of civil engineering, geomechanics as well as structural mechanics. The seminar will explain the functionality of models for masonry, ceramics, soil, rock, sand, concrete, reinforced concrete, steel, wood, mortar and stone.

The material models are based on elasto-plastic flow criterion with associated and non-associated flow rules. For FEM calculations in ANSYS, multiPlas has an efficient and robust algorithm for the proceeding of single and multi surface plasticity. Special feature of the material models is the interconnection of  which can be combined in numerous ways by the user.

Agenda

joint shear and tension law
joint shear and tension law
Rock/Concrete shear and tension law
Rock/Concrete shear and tension law
  • Installation / Using multiPlas
  • Theory of multiPlas-material models in ANSYS, basics in theory of plasticity and numerical application
  • multiPlas material models
  • Application of multiplas, descriptions of commands
  • Modelling of concrete and reinforced concrete in ANSYS and multiPlas
  • Modelling of rock and soil in ANSYS and multiPlas
  • Modelling of Masonry and timber in ANSYS and multiPlas
  • Examples of varification
  • User interface: usermpls

In addition to the basic training, the following update information will be announced:

  • New algorithms to improve convergence
  • Integration into ANSYS Workbench
  • New concrete model (Menetrey-Willam)
  • New Cam-clay model >>>
  • Material models brittle materials (e.g. ceramics)
  • New Armstrong-Frederick model for cycle loaded material >>>

Details

Instructors:
Employee Dynardo GmbH

Dates:
to be announced
Please register not later than 14 days prior to the event date.

Time: 
2 Days Seminar
1st day: from 9am-5pm
2nd day: from 9am-4pm

Participants:
5 to 8 participants 

Fee: 
1,000 Euro (excluding VAT)

Discount:
50% for students
30% for university members / PHD's

We recommend the following hotels with special conditions for your stay in Weimar:
To hotel information