http://id.e-science.pl/records/65905
type: Map
acceptance date: 2022-02-08
author info: AuthorInfo
  affiliation: http://id.e-science.pl/vocab/unit/6646
  author: http://id.e-science.pl/vocab/person/79
  position: 1
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  cocreator: http://id.e-science.pl/vocab/person/26
  position: 1
  role name: Inna
cocreator info: CocreatorInfo
  cocreator: http://id.e-science.pl/vocab/person/15714
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  role name: Inna
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  cocreator: http://id.e-science.pl/vocab/person/80
  position: 3
  role name: Inna
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description: The virtual 3D model of the rock was used again to simulate the influence of wind on the effect of thermal shock. The model was illuminated from a NNW direction (335° from the north) and rendered using the same software. In this way, the most illuminated parts of the hill simulated the surfaces most exposed to the wind, and thus those that cooled down the fastest. @en
destination group: nauczyciele
destination group: naukowcy
destination group: ogół społeczeństwa
destination group: studenci
file info: FileInfo
  name: Fig_22.tif
harmful content: false
keyword info: KeywordInfo
  name: skanowanie laserowe
  uri: http://id.e-science.pl/vocab/kv/c101013
keyword info: KeywordInfo
  name: terrestrial laser scanning @en
  uri: http://id.e-science.pl/vocab/kv/43563
keyword info: KeywordInfo
  name: model 3D
  uri: http://id.e-science.pl/vocab/kv/c57527
keyword info: KeywordInfo
  name: Republic of Bolivia @en
  uri: http://aims.fao.org/aos/agrovoc/c_331403
keyword info: KeywordInfo
  name: Boliwia
  uri: http://purl.bioontology.org/ontology/MESH/D001838
keyword info: KeywordInfo
  name: UNESCO @en
  uri: http://purl.bioontology.org/ontology/MESH/D014480
keyword info: KeywordInfo
  name: UNESCO
  uri: http://purl.bioontology.org/ontology/MESH/D014480
keyword info: KeywordInfo
  name: LabScan3D @en
  uri: http://id.e-science.pl/vocab/kv/43566
keyword info: KeywordInfo
  name: LabScan3D
  uri: http://id.e-science.pl/vocab/kv/43566
language: Angielski
license info: LicenseInfo
  name: CC BY-ND-NC 4.0
  uri: https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode.pl
origin: AZON2
partner: Organization
  name: Politechnika Wrocławska
publication place: Wrocław
publication year: 2020
publisher: Architectus
related link: RelatedLinkInfo
  name: Petrographic, mineralogical, and climatic analyses, and risk maps for conservation strategies
  uri: https://www.academia.edu/43831684/Petrographic_mineralogical_and_climatic_analyses_and_risk_maps_for_conservation_strategies
scientific discipline: Dziedzina nauk inżynieryjno-technicznych / architektura i urbanistyka (2018)
series name: Architectus Numer 2(62)/2020
submitter: Person
  name: Aleksandra Brzozowska-Jawornicka
title: El Fuerte de Samaipata. Accumulated risk factors: slope inclination, depression, thermal shock, wind erosion
title variant: El Fuerte de Samaipata. Zsumowane czynniki ryzyka: nachylenie zboczy, bezodpływowe depresje,szok termiczny, erozja eoliczna