Skip to search
Skip to content
Go to help page
Go to accessibility statement
Go to sitemap page

Search results for: HYDROSZCZELINOWANIE, SKAŁA, DEM, CFD, PRZEPŁYW CIEPŁA, DWUFAZOWY PRZEPŁYW PŁYNU. - Bridge of Knowledge

Change context for scientist
Change context for business
polski

Your account

login

Search

wyszukiwana fraza

search everywhere
search publications
search journals
search conferences
search publishing houses
search people
search inventions
search projects
search laboratories
search research teams
search research equipment
search e-learning courses
search events
search offers
search open research data

Main Page
Search

Search results for: HYDROSZCZELINOWANIE, SKAŁA, DEM, CFD, PRZEPŁYW CIEPŁA, DWUFAZOWY PRZEPŁYW PŁYNU.

results on page:
embed this view on your website

Filters

total: 186
filtered: 3

Catalog

clear all filters

Chosen catalog filters

Administrative Unit
- Gdańsk University of Technology
  Expand the catalog: Gdańsk University of Technology
  - Faculty of Electronics, Telecommunicat...
    Expand the catalog: Faculty of Electronics, Telecommunications and Informatics
    Department of Metrology and Optoelec...
  - Faculty of Civil and Environmental Eng...
    Expand the catalog: Faculty of Civil and Environmental Engineering
    Department of Building Structures an...
Realization term
- from
- to
Origin
- Domestic project
- International project
Request type
- National Research Programmes
- International Research Programmes
Financial Program Name

Financial Program Name
- EEA and Norway grants - Applied Research P...
- OPUS
Organization

Organization
- Narodowe Centrum Badań i Rozwoju (NCBR) (T...
- Narodowe Centrum Nauki (NCN) (National Sci...

clear Chosen catalog filters disabled

Search results for: HYDROSZCZELINOWANIE, SKAŁA, DEM, CFD, PRZEPŁYW CIEPŁA, DWUFAZOWY PRZEPŁYW PŁYNU.

i-Clare + UA Dynamic CFD simulation of fluid flowing through a porous reticulated vitreous carbon structure

Projects

Project manager: dr hab. inż. Robert Bogdanowicz Financial Program Name: Fundusze norweskie i EOG - Program Badania Stosowane

Project realized in Department of Metrology and Optoelectronics according to FWD/II/117/i-CLARE_UA/2022 agreement from 2022-12-13
Autogeneous coupled dynamic-acoustic ecffects in granular materials - experiments and combined DEM/CFD approach

Projects

Project manager: prof. dr hab. inż. Jacek Tejchman Financial Program Name: OPUS

Project realized in Department of Building Structures and Material Engineering according to UMO-2017/27/B/ST8/02306 agreement from 2018-07-23
OPUS Fracture propagation in rocks during hydro-fracturing process - experiments and discrete element method coupled with fluid flow and heat transport

Projects

Project manager: prof. dr hab. inż. Jacek Tejchman Financial Program Name: OPUS

Project realized in Department of Building Structures and Material Engineering according to UMO-2018/29/B/ST8/00255 agreement from 2019-02-04

Embed on your site

Put script on your page

Put script at the end of <body> section of your page. You only need to do this once per page.

<script src="https://mostwiedzy.pl/js/embed.js"
        data-base-url="https://mostwiedzy.pl"
        data-language="en">
</script>

Place widget on your page

Paste code below into right spot on your page

<div class="most-widget" data-widget="Search" data-query="HYDROSZCZELINOWANIE, SKAŁA, DEM, CFD, PRZEPŁYW CIEPŁA, DWUFAZOWY PRZEPŁYW PŁYNU." data-limit="50"
     data-filter-cat='project'>
</div>

Additional information

Bridge of Data in a nutshell open in new tab
Bridge of Knowledge in a nutshell open in new tab
About MOST project open in new tab
Open Access
ORD Catalog Policy and Information
Terms of Service
Privacy policy
Site Map
RDF/JSON-LD
API
Help
Accessibility statement
Report problem
Contact

Copyright © 2024
Gdansk University of Technology IT Service Centre open in new tab

Report problem

Thank you!
Your application has been sent. It will be considered by us as soon as possible.

Choose type of problem

Describe problem

First name

Last name

E-mail address

Prove you are not a robot