2018 Prosperita Open – Doubles

Doubles
	2018 Prosperita Open
Champions	Attila Balázs; Gonçalo Oliveira
Runners-up	Lukáš Rosol; Sergiy Stakhovsky
Final score	6–0, 7–5

Jeevan Nedunchezhiyan and Franko Škugor were the defending champions but chose not to defend their title.

Attila Balázs and Gonçalo Oliveira won the title after defeating Lukáš Rosol and Sergiy Stakhovsky 6–0, 7–5 in the final.

Seeds

Tomasz Bednarek / Andreas Mies (Semifinals)
Rameez Junaid / David Pel (Quarterfinals)
Alessandro Motti / Grzegorz Panfil (Quarterfinals)
Attila Balázs / Gonçalo Oliveira (Champions)

Draw

Key

First Round					Quarterfinals				Semifinals					Final

1	T Bednarek A Mies	6⁵	6	[12]
	T Brkić N Serdarušić	7⁷	1	[10]	1	T Bednarek A Mies	6	6
	P Martínez S Nagal	6	6⁶	[10]		P Martínez S Nagal	2	4
	Z Kolář A Pavlásek	3	7⁸	[3]					1	T Bednarek A Mies	5	3
3	A Motti G Panfil	6	6							L Rosol S Stakhovsky	7	6
WC	Marek Gengel Matěj Vocel	3	3		3	A Motti G Panfil	6⁵	2
	A Hoang G Sakharov	6	6³	[11]		L Rosol S Stakhovsky	7⁷	6
	L Rosol S Stakhovsky	4	7⁷	[13]											L Rosol S Stakhovsky	0	5
WC	G Gigounon Dominik Kellovský	5	1											4	A Balázs G Oliveira	6	7
WC	Petr Michnev David Poljak	7	6		WC	P Michnev D Poljak	5	4
	J Ocleppo A Vavassori	6	3	[6]	4	A Balázs G Oliveira	7	6
4	A Balázs G Oliveira	3	6	[10]					4	A Balázs G Oliveira	5	6	[10]
Alt	B Bonzi M Vervoort	6	6						Alt	B Bonzi M Vervoort	7	2	[8]
	I Gakhov L Giustino	4	3		Alt	B Bonzi M Vervoort	7	6
	R Bemelmans T Griekspoor	3	1		2	R Junaid D Pel	5	3
2	R Junaid D Pel	6	6

gollark: They have ridiculously complex manufacturing processes because the transistors are on the scale of a few hundred atoms, it's crazy.

gollark: Also, with your processor comment, you are kind of underselling the complexity involved. It's not separate transistors, they're all just made on large bits of silicon together and wired up. Billions of them per processor.

gollark: In the case of games, which are basically just *information*, though, you can both use it because it can be copied (assuming no DRM meddling).

gollark: Quantum electrodynamics is still an important field of study.

gollark: Information doesn't work like physical objects, QED.

References

Main Draw

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.