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https://pl.bentley.com/software/autopipe

Biomechanical analysis of head injury caused by a charge explosion under an armoured vehicle

Computer Assisted Methods in Engineering and Science, 24, 3-15, 2017

Streszczenie:

In this study, the authors developed the numerical model of brain structure to assess brain injury of a person in military conditions. The numerical model aimed at analyzing changes in the mechanical parameters of brain structure in the conditions of rapid overload. The results of our investigations are intended to contribute to the explanation of the phenomena of degradation of brain structures among soldiers.

Link: http://cames.ippt.gov.pl/index.php/cames/article/view/180
PDF version

Badania zmęczeniowe elastycznego połączenia stosowanego w energetyce w ciężkich maszynach wirujących

Materiały Budowlane nr 5/2014, s.71, ISSN 0137-2971.

Streszczenie:

Przedstawiono wyniki badań doświadczalnych, których celem było określenie właściwości zmęczeniowych w warunkach niskocyklowego rozciągania i niskocyklowego zginania elastycznych połączeń wykonanych z miedzi. Badania przeprowadzono na czterech modelach, z których dwa poddano cyklicznemu rozciąganiu i zginaniu, a pozostałe dwa – wyłącznie cyklicznemu zginaniu. Badania pozwoliły potwierdzić przydatność elastycznych połączeń stosowanych w odpływie prądowym wirnika generatora.

Link: http://www.materialybudowlane.info.pl/327-wydanie/mb-05-2014/7212-badania-zmeczeniowe-elastycznego-polaczenia-stosowanego-w-energetyce-w-ciezkich-maszynach-wirujacych.html:

Modelling of Composite Steel-Concrete Beams,

Code_Aster and Salome User Day Clamart (France) 17.03.2016.

Streszczenie:

All the tasks described below were solved during the project concerning

development a new type of a prefabricated composite steel-concrete beam.

In the project Nobo Solutions team is responsible for numerical

modelling and simulations that along with experimental tests in the

laboratory (multi-point bending tests, fire resistance tests) are being

currently utilized to derive analytical equations describing load

capacity of different beams in series.

Due to confidentiality of the project real beam models cannot be

revealed. Therefore, the benchmarks of simplified models are presented

For the numerical calculation purpose Code_Aster solver is employed.

Discretisation of the models is done using commercial software and

SALOME combined with Python scripting. Results are post-processed using

SALOME (ParaViS module) and GMSH.

Link:

http://nobosolutions.com/images/publikacje/modellingOfSteel-ConcreteBeams.pdf

Modelling of High Pressure Composite Vessels,

10th International Conference on Composite Science and Technology, Lisbon (Portugal), 2-4.09.2015.

Streszczenie:

The high pressure composite vessels are made out of composite material

reinforced with carbon fibers. The vessels are manufactured by filament

winding process, therefore mechanical properties of such composite

depend strongly on the winding structure. Determining elastic parameters

of these materials is an important issue. The most popular method is an

experimental one, however it is expensive. Alternative method is

homogenization of the materials parameters. Homogenization allows

determining materials parameters base on known properties of composite

phases, such as matrix and reinforcement. Depending on the filament

winding pattern the RVE (Representative Volume Element) can be divided

into subcells and homogenization can take place in several stages form

micro to mezo scale.

Link: brak