#flyvbjerg — Public Fediverse posts

Luc Barbé en Alex Polfliet (@alexpolfliet) vatten het nucleair discours correct samen: "Eigenlijk is de koers gereden en kiest de planeet massaal en nog sneller dan de meeste experts voorspelden voor hernieuwbare energie."

https://www.knack.be/nieuws/belgie/politiek/nieuwe-kerncentrales-waarom-ontsporen-zoveel-projecten-op-vlak-van-budget-en-timing/

#Flyvbjerg #EnergyMastodon #Nuclear

Luc Barbé en Alex Polfliet (@alexpolfliet) vatten het nucleair discours correct samen: "Eigenlijk is de koers gereden en kiest de planeet massaal en nog sneller dan de meeste experts voorspelden voor hernieuwbare energie."

https://www.knack.be/nieuws/belgie/politiek/nieuwe-kerncentrales-waarom-ontsporen-zoveel-projecten-op-vlak-van-budget-en-timing/

#Flyvbjerg #EnergyMastodon #Nuclear

Luc Barbé en Alex Polfliet (@alexpolfliet) vatten het nucleair discours correct samen: "Eigenlijk is de koers gereden en kiest de planeet massaal en nog sneller dan de meeste experts voorspelden voor hernieuwbare energie."

https://www.knack.be/nieuws/belgie/politiek/nieuwe-kerncentrales-waarom-ontsporen-zoveel-projecten-op-vlak-van-budget-en-timing/

#Flyvbjerg #EnergyMastodon #Nuclear

Luc Barbé en Alex Polfliet (@alexpolfliet) vatten het nucleair discours correct samen: "Eigenlijk is de koers gereden en kiest de planeet massaal en nog sneller dan de meeste experts voorspelden voor hernieuwbare energie."

https://www.knack.be/nieuws/belgie/politiek/nieuwe-kerncentrales-waarom-ontsporen-zoveel-projecten-op-vlak-van-budget-en-timing/

#Flyvbjerg #EnergyMastodon #Nuclear

Luc Barbé en Alex Polfliet (@alexpolfliet) vatten het nucleair discours correct samen: "Eigenlijk is de koers gereden en kiest de planeet massaal en nog sneller dan de meeste experts voorspelden voor hernieuwbare energie."

https://www.knack.be/nieuws/belgie/politiek/nieuwe-kerncentrales-waarom-ontsporen-zoveel-projecten-op-vlak-van-budget-en-timing/

#Flyvbjerg #EnergyMastodon #Nuclear

Also via #Flyvbjerg on twitter, this paper on why nuclear construction is so expensive. One thing not noted in the paper is that many expensive on-the-fly changes were due to nuclear regulators/engineering dismissing issues raised by nuclear critics. For example, common mode failures were identified by UCS early, but NRC/industry refused to think about them until e.g. after Fukushima.
#nuclear #nuclearpower #engineering
https://progress.institute/nuclear-power-plant-construction-costs/

Also via #Flyvbjerg on twitter, this paper on why nuclear construction is so expensive. One thing not noted in the paper is that many expensive on-the-fly changes were due to nuclear regulators/engineering dismissing issues raised by nuclear critics. For example, common mode failures were identified by UCS early, but NRC/industry refused to think about them until e.g. after Fukushima.
#nuclear #nuclearpower #engineering
https://progress.institute/nuclear-power-plant-construction-costs/

Also via #Flyvbjerg on twitter, this paper on why nuclear construction is so expensive. One thing not noted in the paper is that many expensive on-the-fly changes were due to nuclear regulators/engineering dismissing issues raised by nuclear critics. For example, common mode failures were identified by UCS early, but NRC/industry refused to think about them until e.g. after Fukushima.
#nuclear #nuclearpower #engineering
https://progress.institute/nuclear-power-plant-construction-costs/

Also via #Flyvbjerg on twitter, this paper on why nuclear construction is so expensive. One thing not noted in the paper is that many expensive on-the-fly changes were due to nuclear regulators/engineering dismissing issues raised by nuclear critics. For example, common mode failures were identified by UCS early, but NRC/industry refused to think about them until e.g. after Fukushima.
#nuclear #nuclearpower #engineering
https://progress.institute/nuclear-power-plant-construction-costs/

Also via #Flyvbjerg on twitter, this paper on why nuclear construction is so expensive. One thing not noted in the paper is that many expensive on-the-fly changes were due to nuclear regulators/engineering dismissing issues raised by nuclear critics. For example, common mode failures were identified by UCS early, but NRC/industry refused to think about them until e.g. after Fukushima.
#nuclear #nuclearpower #engineering
https://progress.institute/nuclear-power-plant-construction-costs/

Also from #Flyvbjerg and Gardner
#projects
Very applicable to IT projects.

Also from #Flyvbjerg and Gardner
#projects
Very applicable to IT projects.

Also from #Flyvbjerg and Gardner
#projects
Very applicable to IT projects.

Also from #Flyvbjerg and Gardner
#projects
Very applicable to IT projects.

Also from #Flyvbjerg and Gardner
#projects
Very applicable to IT projects.

#Flyvbjerg and #DGardner's book on projects has a lot of insight about why #ComputerSystems and #IT projects fail so often ,but the most interesting point is the critical role of #modularity as the great David #Parnas pointed out a long time ago.

#Flyvbjerg and #DGardner's book on projects has a lot of insight about why #ComputerSystems and #IT projects fail so often ,but the most interesting point is the critical role of #modularity as the great David #Parnas pointed out a long time ago.

#Flyvbjerg and #DGardner's book on projects has a lot of insight about why #ComputerSystems and #IT projects fail so often ,but the most interesting point is the critical role of #modularity as the great David #Parnas pointed out a long time ago.

#Flyvbjerg and #DGardner's book on projects has a lot of insight about why #ComputerSystems and #IT projects fail so often ,but the most interesting point is the critical role of #modularity as the great David #Parnas pointed out a long time ago.

#Flyvbjerg and #DGardner's book on projects has a lot of insight about why #ComputerSystems and #IT projects fail so often ,but the most interesting point is the critical role of #modularity as the great David #Parnas pointed out a long time ago.