Bibliografija osebe. Seznam zajema vsa gradiva in ne le tista, kje je oseba mentor.

Magistrska dela (13)

1. Krištof Kovačič: Razvoj in eksperimentalna validacija tri-razsežnega numeričnega modela za napovedovanje značilnosti plinsko fokusiranih mikro-curkov
2. Ahsan Afzaal Malik: Investigation of Supersonic Focusing Gas Velocity on Micro-jet Characteristics
3. Bor Zupan: Eksperimentalna analiza plinsko fokusiranih mikro-curkov pod vplivom električnega polja
4. Tadej Dobravec: Razvoj metode celičnih avtomatov za probleme z evtektičnimi faznimi prehodi
5. Gašper Vuga: Razvoj brezmrežne numerične metode za reševanje tri-dimenzionalnih elasto-plastičnih problemov
6. Ajda Kunavar: Primerjava turbulentnih modelov za napovedovanje obnašanja toka v kokili pri kontinuirnem ulivanju jekla
7. Luka Selan: Računalniška simulacija eno in dvofaznega toka v diverterski enoti stelaratorja Wendelstein 7-X
8. Martin Kocijančič: Numerična optimizacija vodilnika centrifugalnega puhala
9. Gal Savšek: Eksperimentalna analiza nesimetričnih šob za doseganje podmikronskih curkov in kapljic
10. Viktor Govže: Brezmrežna simulacija makroizcejanja z upoštevanjem gibanja trdne faze
11. Žiga Perne: Postavitev eksperimentalne naprave za opazovanje vertikalnih dvofaznih tokov in analiza karakteristik stacionarnega Taylorjevega mehurja
12. Gašper Vidic: Eksperimentalna analiza nanašanja kapljevine na premikajočo se površino
13. Jan Bartolj: Numerična optimizacija oblike šobe za plinsko fokusiranje

Diplomska dela (11)

1. Emil Zubalic: Analiza vpliva zložljivega propelerja in različnih geometrij propelerske kape na upor tekmovalnega jadralnega modela letala
2. Viktor Govže: Simulacije strukture zrn aluminijevih zlitin z metodo celičnih avtomatov
3. Leon Zagorec: Simulacija plinsko fokusiranega nenewtonskega mikro-curka
4. Martin Kocijančič: Numerična simulacija toka zraka skozi gonilnik sesalnika za prah
5. Gašper Vuga: Simulacija mehanskih lastnosti ulitkov s poroznostjo na podlagi brezmrežne metode
6. Aljaž Ravnikar: Simulacija mikrostrukture pri strjevanju z metodo točkovnih avtomatov v treh dimenzijah
7. Jernej Kušar: Eksperimentalna analiza plinsko fokusiranih mikro-curkov
8. Blaž Hodej: Eksperimentalna raziskava uporabesuspenzij v vodnem modelu za kontinuirno ulivanja jekla kot možnost za posnemanjeraztaljenega livnega praška
9. Vid Velnar: Eksperimentalna analiza plinsko-fokusiranih kapljevitih ploskev
10. Mark Tkalčec: Eksperimentalna analiza taljenja in strjevanja parafina v prozorni komori
11. Tin Gošnik: Izdelava programa za izračun faznih deležev ter mehanskih lastnosti jekla v odvisnosti od kemijske sestave in hitrosti ohlajanja

Druga dela (52)

1. Katarina Mramor, Robert Vertnik, Božidar Šarler: Meshless approach to the large-eddy simulation of the continuous casting process
2. Vanja Hatić, Boštjan Mavrič, Božidar Šarler: Meshless simulation of a lid-driven cavity problem with a non-Newtonian fluid
3. Božidar Šarler, Rizwan Zahoor, Saša Bajt: Alternative geometric arrangements of the nozzle outlet orifice for liquid micro-jet focusing in gas dynamic virtual nozzles
4. Miha Kovačič, Klemen Stopar, Robert Vertnik, Božidar Šarler: Comprehensive electric arc furnace electric energy consumption modeling
5. Zlatko Rek, Božidar Šarler: Hitrostno-tlačna formulacija metode temeljnih rešitev za Stokesov tok
6. Zlatko Rek, Henry N. Chapman, Božidar Šarler, Saša Bajt: Numerical simulation of heat load for multilayer laue lens under exposure to XFEL pulse trains
7. Umut Hanoglu, Božidar Šarler: Developments towards a multiscale meshless rolling simulation system
8. Umut Hanoglu, Božidar Šarler: Hot rolling simulation system for steel based on advanced meshless solution
9. Grega Belšak, Saša Bajt, Božidar Šarler: Numerical study of the micro-jet formation in double flow focusing nozzle geometry using different water-alcohol solutions
10. Bor Zupan, Gisel Esperanza Peña-Murillo, Rizwan Zahoor, Jurij Gregorc, Božidar Šarler, Juraj Knoška, Alfonso M. Gañán-Calvo, Henry N. Chapman, Saša Bajt: An experimental study of liquid micro-jets produced with a gas dynamic virtual nozzle under the influence of an electric field
11. Mohsen Abdolahzadeh, Ali Tayebi, Mehrdad Ahmadinejad, Božidar Šarler: Numerical simulation of mixing fluid with ferrofluid in a magnetic field using the meshless SPH method
12. Khush Bakhat Rana, Boštjan Mavrič, Rizwan Zahoor, Božidar Šarler: A meshless solution of the compressible viscous flow in axisymmetric tubes with varying cross-sections
13. 3rd International Conference on Multiscale Computational Methods for Solids and Fluids, September 20-22, 2017, Ljubljana, Slovenia
14. Božidar Šarler: Large scale multiphysics and multiscale simulations based on meshless methods
15. Zlatko Rek, Božidar Šarler: The method of fundamental solutions for the Stokes flow with the subdomain technique
16. Jurij Gregorc, Ajda Kunavar, Božidar Šarler: RANS versus Scale Resolved approach for modeling turbulent flow in continuous casting of steel
17. Grega Belšak, Saša Bajt, Božidar Šarler: Computational modeling and simulation of gas focused liquid micro-sheets
18. Zlatko Rek, Rizwan Zahoor, Božidar Šarler: Modified Method of Regularized Sources for potential flow
19. Vanja Hatić, Boštjan Mavrič, Božidar Šarler: Simulation of macrosegregation in direct-chill casting
20. Božidar Šarler, Tadej Dobravec, Gašper Glavan, Vanja Hatić, Boštjan Mavrič, Robert Vertnik, Peter Cvahte, Filip Gregor, Marina Jelen, Marko Petrovič: Multi-physics and multi-scale meshless simulation system for direct-chill casting of aluminium alloys
21. Zlatko Rek, Božidar Šarler: Tehnika podobmočij metode temeljnih rešitev pri reševanju Laplaceove enačbe
22. Tadej Dobravec, Boštjan Mavrič, Božidar Šarler: Acceleration of RBF-FD meshless phase-field modelling of dendritic solidification by space-time adaptive approach
23. Tadej Dobravec, Boštjan Mavrič, Rizwan Zahoor, Božidar Šarler: A coupled domain–boundary type meshless method for phase-field modelling of dendritic solidification with the fluid flow
24. Tadej Dobravec, Boštjan Mavrič, Božidar Šarler: Application of a meshless space-time adaptive approach to phase-field modelling of polycrystalline solidification
25. Viktor Govže, Igor Vušanović, Božidar Šarler: Meshless simulation of a macrosegregation benchmark considering the solid motion
26. Gašper Vuga, Boštjan Mavrič, Božidar Šarler: An improved local radial basis function method for solving small-strain elasto-plasticity
27. Rizwan Zahoor, Saša Bajt, Božidar Šarler: A numerical study of gas focused non-Newtonian micro-jets
28. Zlatko Rek, Božidar Šarler: Formulation of the method of fundamental solutions for two-phase Stokes flow
29. Wojciech Sobieski, Božidar Šarler: Numerical methods in fluid mechanics – an overview
30. Gašper Vuga, Boštjan Mavrič, Umut Hanoglu, Božidar Šarler: A hybrid radial basis function-finite difference method for modelling two-dimensional thermo-elasto-plasticity
31. Gašper Vuga, Boštjan Mavrič, Božidar Šarler: A hybrid radial basis function-finite difference method for modelling two-dimensional thermo-elasto-plasticity, Part 1
32. Izaz Ali, Umut Hanoglu, Robert Vertnik, Božidar Šarler: Assessment of local radial basis function collocation method for diffusion problems structured with multiquadrics and polyharmonic splines
33. Krištof Kovačič, Jurij Gregorc, Božidar Šarler: Numerical modelling and experimental validation of dripping, jetting and whipping modes of gas dynamic virtual nozzle
34. Qingguo Liu, Umut Hanoglu, Zlatko Rek, Božidar Šarler: Simulation of temperature field in steel billets during reheating in pusher-type furnace by meshless method
35. Izaz Ali, Gašper Vuga, Boštjan Mavrič, Umut Hanoglu, Božidar Šarler: Fourth-order phase-field simulation of cracks using strong form meshless method
36. Krištof Kovačič, Božidar Šarler: The kinetic energy transfer analysis between the gas and the liquid in flow-focusing of the micro-jet
37. Zlatko Rek, Henry N. Chapman, Saša Bajt, Božidar Šarler: Numerical simulations of temperature loads on multilayer Laue lenses
38. Khush Bakhat Rana, Boštjan Mavrič, Božidar Šarler: Phase-field formulated meshless simulation of Rayleigh-Taylor instability problem
39. Rizwan Zahoor, Saša Bajt, Božidar Šarler: Simulation of non-Newtonian gas-focused micro-jets in chocked gas flow regime
40. Qingguo Liu, Umut Hanoglu, Božidar Šarler: Simulation of temperature field in steel billets moving in the reheating furnace by a meshless method
41. Katarina Mramor, Zlatko Rek, Robert Vertnik, Božidar Šarler: Numerical modelling of continuous casting of round billets with turbulence in the melt
42. Matjaž Perpar, Katarina Mramor, Blaž Hodej, Matic Cotič, Robert Vertnik, Vid Vengust, Božidar Šarler: Visualization of inclusions in a water model for continuous casting of steel
43. Tadej Dobravec, Boštjan Mavrič, Božidar Šarler: On different implementations of boundary conditions in the meshless RBF-FD method for phase-field modelling of dendritic solidification
44. Umut Hanoglu, Robert Vertnik, Božidar Šarler: Elasto-plastic simulation of hot shape rolling of steel by a meshless method
45. Bor Zupan, Saša Bajt, Henry N. Chapman, Božidar Šarler: Acceleration of flow-focused liquid jets in the presence of a strong electric field
46. Margarita Zakharova, Zlatko Rek, Božidar Šarler, Saša Bajt: On the thermal stability of multilayer optics for use with high X-ray intensities
47. Gašper Vuga, Tadej Dobravec, Boštjan Mavrič, Božidar Šarler: A new hybrid local radial basis function collocation method for 2.5D thermo-mechanical modelling of continuous casting of steel
48. Gašper Vuga, Boštjan Mavrič, Božidar Šarler: Strong-form meshless numerical modelling of visco-plastic material
49. Fawad Ahmed, Nicola Massarotti, Božidar Šarler: Sustainable heating and cooling for residential buildings
50. Khush Bakhat Rana, Boštjan Mavrič, Rizwan Zahoor, Božidar Šarler: Phase-field formulated meshless simulation of axisymmetric Rayleigh-Taylor instability problem
51. Izaz Ali, Gašper Vuga, Boštjan Mavrič, Umut Hanoglu, Božidar Šarler: Fourth-order phase field modelling of brittle fracture with strong form meshless method
52. Krištof Kovačič, Saša Bajt, Božidar Šarler: Numerical analysis of knudsen number of helium flow through gas-focused liquid sheet micro-nozzle