Wykaz publikacji wybranego autora

Paweł Krzysztof Krajewski, mgr inż.

doktorant

Wydział Odlewnictwa
WO-kip, Katedra Inżynierii Procesów Odlewniczych


Identyfikatory Autora

ORCID: brak

ResearcherID: brak

Scopus: brak




1
  • Characterization of thermo-physical properties of selected foundry sands
2
  • Damping properties vs. structure fineness of the high-zinc aluminum alloys
3
  • Damping properties vs. structure fineness of the high-zinc aluminum alloys
4
  • Determining temperature dependencies of sand mould thermal properties
5
  • Examining and modelling the influence of thermo-physical properties of liquid metal and sand mould on solidification time of pure Al castings
6
  • Formulating the boundary conditions for numerical model of heat transfer in a system heat source – heat sink
7
  • Grain refinement of zinc-aluminium based foundry alloys
8
  • Grain refinement of zinc-aluminium foundry alloys
9
  • Grain refinement of Zinc-Aluminium Foundry Alloys with medium Al content
10
  • Grain refinement of $Zn-10 Al$ sand-cast alloy with $Al-3Ti-0.15C$
11
  • High temperature thermal properties of bentonite foundry sand
12
  • Influence of the modification by AlTi5C0.15 grain-refiner on the ZnAl110 alloy microstructure
13
  • Long-term dimensional changes of the high-aluminium zinc alloys modified with Ti addition
14
  • New developments of Al-Zn cast alloys
15
  • Obdelava staljenih $Al-Zn$ livarskih zlitin
16
  • Processing of molten high-aluminium zinc-based cast alloys
17
  • Processing of molten high-zinc aluminium-based cast alloys
18
  • Protecting melted zinc-aluminium based foundry alloys against hydrogen pick-up
19
  • Structural stability of novel multicomponent AlZn-based cast alloy
20
  • Structural stability of the high-aluminium zinc alloys modified with Ti addition
21
  • Temperature dependencies of thermo-physical properties of selected foundry sands
22
  • The effect of grain-refinement on $Zn-10Al$ alloy damping properties
23
  • Thermal analysis of the ZnAl10 alloy modified by Ti additions in AlTi5C0.15 and ZnTi3.2 inoculants
24
  • Thermal conductivity changes of wet green sand moulds during solidification of castings
25
  • Thermal conductivity of the green-sand mould poured with copper