SOLARCHVISION
developed by Mojtaba Samimi © 2018
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  • Home
  • FORECAST UPDATES: [Weather & Solar Post-processing]
    • GDPS: Global View
    • RDPS: Regional View
    • HRDPS: High-res East
    • HRDPS: High-res Maritimes
    • HRDPS: High-res West
    • HRRR: High-res (NCEP)
    • GDPS: Solar Potentials
    • GEPS: Probabilities & Impacts
    • NAEFS: Canada
      • Calgary
      • Edmonton
      • Gaspe
      • Halifax
      • Montreal
      • Ottawa
      • Quebec
      • Sherbrooke
      • Sudbury
      • Toronto-Island
      • Toronto-Pearson
      • Vancouver
      • Winnipeg
    • NAEFS: USA
      • Boston
      • Chicago
      • Denver
      • Houston
      • Las Vegas
      • Los Angeles
      • Miami
      • New York City
      • Washington
    • NAEFS: Brazil
      • Brasilia
      • Rio De Janeiro
      • Sao Paulo
    • NAEFS: Other Populated Cities in Americas
      • Mexico City
      • Havana
      • Santo Domingo
      • San Salvador
      • Caracas
      • Bogota
      • Guayaquil
      • Lima
      • Antofagasta
    • SWOB: Surface Weather Observations in Cities
      • SWOB: Montreal
      • SWOB: Toronto
  • GLOBAL vs LOCAL [Climate & Solar Views]
    • Australia Solar-Climatic Diagrams
    • Europe Solar-Climatic Diagrams
    • USA Solar-Climatic Diagrams
    • Quebec Solar-Climatic Diagrams
    • Canada Wind Models
    • Iran Wind Models
  • [Basics for Solar & Climatic Design]
    • Sun Path Algorithm
    • Standardization method
    • Typical Meteorological Year studies
    • Direct Beam Radiation Models
    • Positive and Negative Solar Effects
    • Directions and Inclinations
      • ABU DHABI
      • AHMEDABAD
      • AMSTERDAM
      • ATHENS
      • BANGKOK
      • BARCELONA
      • BERLIN
      • CHICAGO
      • HOUSTON
      • LAS VEGAS
      • LOS ANGELES
      • MARSEILLE
      • MONTREAL
      • MOSCOW
      • MUNICH
      • NEW YORK
      • OTTAWA
      • PARIS
      • QUEBEC CITY
      • STOCKHOLM
      • TEHRAN
      • TOKYO
      • TORONTO
      • VANCOUVER
    • Topography Analysis for Site Selection
    • Optimizing Horizontal and Vertical Shading Devices
    • Integrated Internal and External Optimizations
  • [Publications, Lectures & Workshops]
  • Events
  • PROJECTS: [Design, Optimization & Research]
    • ARCH. Design
      • Hybrid Globe 2013, Toronto
      • Iceberg Complex for Vancouver
      • Osouli Residential Building
      • Cultural Institute
      • Sohanak Residential Complex
      • Shoaei Residential Building
      • Shemshak Residential Complex
      • Membrane near Masjed-e Kabud
      • Niavaran House
      • Darabad Residential Building
      • Benetton Competition
      • Za’beel Park Competition
      • Darband Residential Building
      • Aghdasieh Residential Building
      • Farmanieh Complex
      • Nahid Residential/Office Building
      • Maskan Bank Complex
    • SOLARCH. Analysis
      • Young Cities
      • Iran Solar-Climatic Analysis
      • Maskan e Mehr diagnosis
      • Taiwan Tower Competition
      • Tide-Water Middle East Offices
      • Sadeghieh Mixed-Used Complex
      • Tabiat Bridge
      • Institute for Membrane and Shell Technologies
        • SOLARCHVISION & Form Finding
        • Ab-o-Atash Amphitheater
        • ETFE Dress for Brühl Building
        • OMSF, Trinidad and Tobago
        • Membrane Structure for Prayer Places
        • Sea-Food Restaurant
        • Mehran
      • MAPNA-Boiler Office Building
      • Chitgar Site Analysis
      • Najaf Mega Project
      • Rahshahr Projects
        • Lamerd Office Building
        • Kooshkenar Office Building
        • Kooshkenar Hotel Building
    • More R&D
      • Adaptable UV Fabric
      • Montreal hourly solar-weather data processing
      • Montreal Urban Model
      • The sun and Ludwig Mies van der Rohe’s projects
        • Crown Hall – 1950
        • Farnsworth House – 1946
        • Barcelona Pavilion – 1929
      • Save As Structure
      • Scientific & Professional Collaborations
      • Processing
        • LoadData
        • Test Web3D
        • WMS viewer
  • [Solar Planning & Consultation in Cold Climates]
    • OCPM 2014 Project #2
    • OCPM 2014 Project #1
    • OCPM 2013 PDM (Montreal Development Plan)
    • Air temperature & wind patterns in Sudbury, Ontario
  • Awards
  • [Developer & More Links]
  • BOOK: [Energy & comfort improvement in architecture & urban planning using SOLARCHVISION]
    • Abstract (EN)
    • Abstrakt (DE)
    • Book Reviews
    • More Info & Download

Institute for Membrane and Shell Technologies

 Studies on Analysis and Optimization of Tensile Shading Devices in Collaboration with (Institute for Membrane and Shell Technologies), IMS-Iran (Diba Inc.) and IMS-Germany (Anhalt University of Applied Sciences) since 2009

 

SOLARCHVISION & Membrane Optimization, “Master of Membrane Structures” Study Course, 2010

Study on “ETFE Dress for Brühl Building, Leipzig, Germany”, IMS – Associated Institute for Membrane and Shell Technologies, Anhalt University of Applied Sciences, Dessau, Germany, 2010

Study on “OMSF Preliminary Rolling Stock Maintenance Building Roof Feasibility Study, Trinidad and Tobago”, in Collaboration with Mehler and IMS – Germany, 2010

The Membrane Structure for Prayer Places, Tehran, Iran, 09-10

The Sea-Food Restaurant, Tehran, Iran, Feb. 10

 Ab’O’Atash Project, Tehran, Iran, April 09

 Mehran Project, Iran/Iraq Border, March 09

  • Pages

    • FORECAST UPDATES: [Weather & Solar Post-processing]
      • GDPS: Global View
      • RDPS: Regional View
      • HRDPS: High-res East
      • HRDPS: High-res Maritimes
      • HRDPS: High-res West
      • HRRR: High-res (NCEP)
      • GDPS: Solar Potentials
      • GEPS: Probabilities & Impacts
      • NAEFS: Canada
        • Calgary
        • Edmonton
        • Gaspe
        • Halifax
        • Montreal
        • Ottawa
        • Quebec
        • Sherbrooke
        • Sudbury
        • Toronto-Island
        • Toronto-Pearson
        • Vancouver
        • Winnipeg
      • NAEFS: USA
        • Boston
        • Chicago
        • Denver
        • Houston
        • Las Vegas
        • Los Angeles
        • Miami
        • New York City
        • Washington
      • NAEFS: Brazil
        • Brasilia
        • Rio De Janeiro
        • Sao Paulo
      • NAEFS: Other Populated Cities in Americas
        • Mexico City
        • Havana
        • Santo Domingo
        • San Salvador
        • Caracas
        • Bogota
        • Guayaquil
        • Lima
        • Antofagasta
      • SWOB: Surface Weather Observations in Cities
        • SWOB: Montreal
        • SWOB: Toronto
    • GLOBAL vs LOCAL [Climate & Solar Views]
      • Australia Solar-Climatic Diagrams
      • Europe Solar-Climatic Diagrams
      • USA Solar-Climatic Diagrams
      • Quebec Solar-Climatic Diagrams
      • Canada Wind Models
      • Iran Wind Models
    • [Basics for Solar & Climatic Design]
      • Sun Path Algorithm
      • Standardization method
      • Typical Meteorological Year studies
      • Direct Beam Radiation Models
      • Positive and Negative Solar Effects
      • Directions and Inclinations
        • ABU DHABI
        • AHMEDABAD
        • AMSTERDAM
        • ATHENS
        • BANGKOK
        • BARCELONA
        • BERLIN
        • CHICAGO
        • HOUSTON
        • LAS VEGAS
        • LOS ANGELES
        • MARSEILLE
        • MONTREAL
        • MOSCOW
        • MUNICH
        • NEW YORK
        • OTTAWA
        • PARIS
        • QUEBEC CITY
        • STOCKHOLM
        • TEHRAN
        • TOKYO
        • TORONTO
        • VANCOUVER
      • Topography Analysis for Site Selection
      • Optimizing Horizontal and Vertical Shading Devices
      • Integrated Internal and External Optimizations
    • [Publications, Lectures & Workshops]
    • Events
    • PROJECTS: [Design, Optimization & Research]
      • ARCH. Design
        • Hybrid Globe 2013, Toronto
        • Iceberg Complex for Vancouver
        • Osouli Residential Building
        • Cultural Institute
        • Sohanak Residential Complex
        • Shoaei Residential Building
        • Shemshak Residential Complex
        • Membrane near Masjed-e Kabud
        • Niavaran House
        • Darabad Residential Building
        • Benetton Competition
        • Za’beel Park Competition
        • Darband Residential Building
        • Aghdasieh Residential Building
        • Farmanieh Complex
        • Nahid Residential/Office Building
        • Maskan Bank Complex
      • SOLARCH. Analysis
        • Young Cities
        • Iran Solar-Climatic Analysis
        • Maskan e Mehr diagnosis
        • Taiwan Tower Competition
        • Tide-Water Middle East Offices
        • Sadeghieh Mixed-Used Complex
        • Tabiat Bridge
        • Institute for Membrane and Shell Technologies
          • SOLARCHVISION & Form Finding
          • Ab-o-Atash Amphitheater
          • ETFE Dress for Brühl Building
          • OMSF, Trinidad and Tobago
          • Membrane Structure for Prayer Places
          • Sea-Food Restaurant
          • Mehran
        • MAPNA-Boiler Office Building
        • Chitgar Site Analysis
        • Najaf Mega Project
        • Rahshahr Projects
          • Lamerd Office Building
          • Kooshkenar Office Building
          • Kooshkenar Hotel Building
      • More R&D
        • Adaptable UV Fabric
        • Montreal hourly solar-weather data processing
        • Montreal Urban Model
        • The sun and Ludwig Mies van der Rohe’s projects
          • Crown Hall – 1950
          • Farnsworth House – 1946
          • Barcelona Pavilion – 1929
        • Save As Structure
        • Scientific & Professional Collaborations
        • Processing
          • LoadData
          • Test Web3D
          • WMS viewer
    • [Solar Planning & Consultation in Cold Climates]
      • OCPM 2014 Project #2
      • OCPM 2014 Project #1
      • OCPM 2013 PDM (Montreal Development Plan)
      • Air temperature & wind patterns in Sudbury, Ontario
    • Awards
    • [Developer & More Links]
    • BOOK: [Energy & comfort improvement in architecture & urban planning using SOLARCHVISION]
      • Abstract (EN)
      • Abstrakt (DE)
      • Book Reviews
      • More Info & Download
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