- Numerical modeling of pure metal solidification using the one domain approach
Object's details: Numerical modeling of pure metal solidification using the one domain approach
PDF
Structure
Prace Naukowe Instytutu Matematyki i Informatyki=Scientific Research of the Institute of Mathematics and Computer Science.
Description
- Title:
- Group title:
- Creator:
- Subject and Keywords: ; ; ;
- Publisher:
- Place of publishing:
- Date:
- Resource Type:
- Format:
- Resource Identifier: oai:www.sbc.org.pl:304592
- Language:
- Coverage:
- Oryginal in:
Object is located in the collections:
Additional information
- Creation date: 2018-03-12
- Last modification date: 2020-02-12
- Content object's number of views: 46
- You could also download the object's description in these formats: ;
- Historical Text Recognition:
See also
Sensitivity analysis of the crystallization model with respect to cooling conditions
Creator:Szopa, Romuald; Tuzikiewicz Wioletta; Siedlecki Jarosław
Date:2013
Type:czasopismo
A new numerical scheme for solving the two dimensional fractional diffusion equation
Creator:Koç Dilara Altan; Gülsu Mustafa
Date:2021
Type:artykuł
Numerical scheme for the one-phase 1D Stefan problem using curvilinear coordinates
Creator:Błasik Marek
Date:2012
Type:artykuł
The Sturm-Liouville eigenvalue problem - a numerical solution using the Control Volume Method
Creator:Siedlecki Jarosław; Błaszczyk, Tomasz; Ciesielski, Mariusz
Date:2016
Type:artykuł
Transformation of the second order boundary value problem into integral form - different approaches and a numerical solution
Creator:Siedlecki Jarosław; Błaszczyk, Tomasz; Ciesielski, Mariusz
Date:2015
Type:artykuł
Sensitivity of transient temperature field in the casting domain with respect tolatent heat perturbations
Creator:Tuzikiewicz Wioletta
Date:2014
Type:czasopismo
Numerical scheme for one-phase 1D fractional Stefan problem usingthe similarity variable technique
Creator:Błasik Marek
Date:2014
Type:czasopismo
Mathematical model bounds for maximizing the minimum completion time problem
Creator:Jemmali Mahdi; Alourani Abdullah
Date:2021
Type:artykuł