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Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Generating PDF file.VACANT POSITIONS
Vacant positions. Welcome to our online Career Portal. Here you can submit an application for any of our vacancies, submit an unsolicited application or register to be notified about new openings. These are our current openings. For more information and to apply, please click on the position you are interested in.OFFSHORE GEOHAZARDS
Offshore geohazards. NGI is internationally recognized for its geohazards expertise. We have project experience from around the globe, from onshore and coastal areas to deep water frontier locations. NGI has been at the forefront of developments in the offshore industry. Our expertise covers the full range of services from identification of the WASTE, LANDFILLS AND MININGSEE MORE ON NGI.NOCO2 STORAGE
CO2 Storage - CCS. NGI offers services and research within geological CO2 storage. Our main focus is geomechanics, geophysics and acquisition instrumentation to evaluate safe storage and monitor subsurface and marine environment in both laboratory and field scales. We utilize our state-of-the-art competence within rock mechanical andHOUSTON - NGI
Houston. NGI's office in the US is based in Houston, Texas. We provide geotechnical engineering services to private industry, authorities and governmental bodies. NGI's experts and technical expertise are in demand in several parts of the world. At NGI Houston we are working with a number of leading players in the field of offshore energy OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements.OFFSHORE WIND
Offshore wind. With experience in offshore geotechnical engineering since the 1970's, NGI's industry-leading expertise and unique combination of geo-services can help optimize foundation design, installation and performance. Over the years NGI has become a unique knowledge hub for offshore geotechnics, foundation design andmonitoring.
HANDBOOK USING THE Q-SYSTEM 6 NORW OTEH STITUTE 1 Introduction 1.1 History The Q-system was developed at NGI between 1971 and 1974 (Barton et al. 1974). Since the introduction of the Q-system in 1974 there has been a considerabledevelopment within
QUICK CLAY LANDSLIDES Quick clay differs from other clays in that the clay was originally deposited below sea level, and that the salt from the seawater over time has been washed out of the clay after the land uplift from the last ice age. This gives the clay an instable structure that makes it almost floating like a liquid when overloaded.Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Generating PDF file.VACANT POSITIONS
Vacant positions. Welcome to our online Career Portal. Here you can submit an application for any of our vacancies, submit an unsolicited application or register to be notified about new openings. These are our current openings. For more information and to apply, please click on the position you are interested in.OFFSHORE GEOHAZARDS
Offshore geohazards. NGI is internationally recognized for its geohazards expertise. We have project experience from around the globe, from onshore and coastal areas to deep water frontier locations. NGI has been at the forefront of developments in the offshore industry. Our expertise covers the full range of services from identification of the WASTE, LANDFILLS AND MININGSEE MORE ON NGI.NOCO2 STORAGE
CO2 Storage - CCS. NGI offers services and research within geological CO2 storage. Our main focus is geomechanics, geophysics and acquisition instrumentation to evaluate safe storage and monitor subsurface and marine environment in both laboratory and field scales. We utilize our state-of-the-art competence within rock mechanical andHOUSTON - NGI
Houston. NGI's office in the US is based in Houston, Texas. We provide geotechnical engineering services to private industry, authorities and governmental bodies. NGI's experts and technical expertise are in demand in several parts of the world. At NGI Houston we are working with a number of leading players in the field of offshore energy OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements.OFFSHORE WIND
Offshore wind. With experience in offshore geotechnical engineering since the 1970's, NGI's industry-leading expertise and unique combination of geo-services can help optimize foundation design, installation and performance. Over the years NGI has become a unique knowledge hub for offshore geotechnics, foundation design andmonitoring.
HANDBOOK USING THE Q-SYSTEM 6 NORW OTEH STITUTE 1 Introduction 1.1 History The Q-system was developed at NGI between 1971 and 1974 (Barton et al. 1974). Since the introduction of the Q-system in 1974 there has been a considerabledevelopment within
QUICK CLAY LANDSLIDES Quick clay differs from other clays in that the clay was originally deposited below sea level, and that the salt from the seawater over time has been washed out of the clay after the land uplift from the last ice age. This gives the clay an instable structure that makes it almost floating like a liquid when overloaded.EMPLOYEES - NGI
Are you looking for an employee at NGI with specific expertise? Here you can search and find contact information for all our employees. If you are not sure who can help you, please contact the Communicationsdepartment.
OFFSHORE GEOTECHNICS NGI is a unique knowledge hub for offshore geotechnics and foundation design, providing R&D and consultancy services to the offshore energy industry, and makes significant contributions to the development of new concepts for offshore structures, oftenOFFSHORE WIND
Offshore wind. With experience in offshore geotechnical engineering since the 1970's, NGI's industry-leading expertise and unique combination of geo-services can help optimize foundation design, installation and performance. Over the years NGI has become a unique knowledge hub for offshore geotechnics, foundation design andmonitoring.
SITE CHARACTERIZATION Traditionally, they are determined through laboratory tests, which are influenced by sample disturbance. Mapping lateral sub-surface variations over larger areas requires integration of non-invasive seismic data with geotechnical boreholes. Complementing conventional seismics with surface waves can be beneficial for geotechnical andengineering
Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Permanent support recommendations based on Q-values and span/ESRThe first Version of the system was published in1974, and
GRAVITY BASE STRUCTURES Extensive experience. NGI is a significant contributor to a large number of offshore structures with gravity based foundations (GBS), starting as early back as 1969 with the discovery of the Ekofisk oil field in the North Sea. We were also heavily involved with geotechnical design for most of the Condeep GBS platforms developed byNorwegian
INSAR - NGI
Interferometric SAR (InSAR) can be used to identify and measure the magnitude of displacements of landsides, rockfall, subsidence, and settlement. The technology was first employed by Italian experts in 1999, who demonstrated that radar satellites could be used to detect movement on ground at SEISMIC ASPECTS OF OFFSHORE WIND Earthquake events generate seismic waves which propagate from the source through the rock/soil. The dynamic and cyclic loads generated by these events can result in degradation of soil strength and stiffness, and potentially to liquefaction. The consequences of these processes can be additional structure/foundation settlement or possibly failure of the foundation. OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements. QUICK CLAY LANDSLIDES Quick clay differs from other clays in that the clay was originally deposited below sea level, and that the salt from the seawater over time has been washed out of the clay after the land uplift from the last ice age. This gives the clay an instable structure that makes it almost floating like a liquid when overloaded. HOME MARKETSSERVICESPROJECTSCAREERSABOUT NGINEWS Expertise in assessing risk, measures and assistance in relation to all kinds of landslides, tsunami, earthquakes etc. NGI is an active adviser to both the public and private sectors, landowners and others responsible for security.EMPLOYEES - NGI
Are you looking for an employee at NGI with specific expertise? Here you can search and find contact information for all our employees. If you are not sure who can help you, please contact the Communicationsdepartment.
NGI | PUBLICATIONS AND LIBRARY NGI has historical collections, publications, reports and videos which can be accessed below. GRAVITY BASE STRUCTURES Extensive experience. NGI is a significant contributor to a large number of offshore structures with gravity based foundations (GBS), starting as early back as 1969 with the discovery of the Ekofisk oil field in the North Sea. We were also heavily involved with geotechnical design for most of the Condeep GBS platforms developed byNorwegian
WASTE, LANDFILLS AND MININGSEE MORE ON NGI.NOCO2 STORAGE
CO2 Storage - CCS. NGI offers services and research within geological CO2 storage. Our main focus is geomechanics, geophysics and acquisition instrumentation to evaluate safe storage and monitor subsurface and marine environment in both laboratory and field scales. We utilize our state-of-the-art competence within rock mechanical and OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements.Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Generating PDF file. HANDBOOK USING THE Q-SYSTEM 6 NORW OTEH STITUTE 1 Introduction 1.1 History The Q-system was developed at NGI between 1971 and 1974 (Barton et al. 1974). Since the introduction of the Q-system in 1974 there has been a considerabledevelopment within
EXAMPLE 7 (1970)
One-page case history instrumentation and monitoring. Example 7 (1970) - Stability of a deep slurry trench in soft clay . CATEGORY MAIN OBJECTIVE MAIN BENEFIT HOME MARKETSSERVICESPROJECTSCAREERSABOUT NGINEWS Expertise in assessing risk, measures and assistance in relation to all kinds of landslides, tsunami, earthquakes etc. NGI is an active adviser to both the public and private sectors, landowners and others responsible for security.EMPLOYEES - NGI
Are you looking for an employee at NGI with specific expertise? Here you can search and find contact information for all our employees. If you are not sure who can help you, please contact the Communicationsdepartment.
NGI | PUBLICATIONS AND LIBRARY NGI has historical collections, publications, reports and videos which can be accessed below. GRAVITY BASE STRUCTURES Extensive experience. NGI is a significant contributor to a large number of offshore structures with gravity based foundations (GBS), starting as early back as 1969 with the discovery of the Ekofisk oil field in the North Sea. We were also heavily involved with geotechnical design for most of the Condeep GBS platforms developed byNorwegian
WASTE, LANDFILLS AND MININGSEE MORE ON NGI.NOCO2 STORAGE
CO2 Storage - CCS. NGI offers services and research within geological CO2 storage. Our main focus is geomechanics, geophysics and acquisition instrumentation to evaluate safe storage and monitor subsurface and marine environment in both laboratory and field scales. We utilize our state-of-the-art competence within rock mechanical and OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements.Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Generating PDF file. HANDBOOK USING THE Q-SYSTEM 6 NORW OTEH STITUTE 1 Introduction 1.1 History The Q-system was developed at NGI between 1971 and 1974 (Barton et al. 1974). Since the introduction of the Q-system in 1974 there has been a considerabledevelopment within
EXAMPLE 7 (1970)
One-page case history instrumentation and monitoring. Example 7 (1970) - Stability of a deep slurry trench in soft clay . CATEGORY MAIN OBJECTIVE MAIN BENEFITABOUT NGI
About NGI. Since the 1950s, we at NGI (the Norwegian Geotechnical Institute) have been hooked on soil, rock and snow. In fact so much so that our geotechnical expertise is in demand in several parts of the world – from Bhutan to Bodø. NGI is Norway's leading geotechnical specialist community and an international centre for research and NGI | PUBLICATIONS AND LIBRARY NGI has historical collections, publications, reports and videos which can be accessed below. OFFSHORE GEOTECHNICS NGI is a unique knowledge hub for offshore geotechnics and foundation design, providing R&D and consultancy services to the offshore energy industry, and makes significant contributions to the development of new concepts for offshore structures, oftenVACANT POSITIONS
Vacant positions. Welcome to our online Career Portal. Here you can submit an application for any of our vacancies, submit an unsolicited application or register to be notified about new openings. These are our current openings. For more information and to apply, please click on the position you are interested in.Q-SYSTEM - NGI
Q-system. The Q-system is a classification system for rock masses with respect to stability of underground openings. The Q-system was originaly developed at NGI, and is used extensively in Norway as well as internationally. Generating PDF file.INSAR - NGI
Interferometric SAR (InSAR) can be used to identify and measure the magnitude of displacements of landsides, rockfall, subsidence, and settlement. The technology was first employed by Italian experts in 1999, who demonstrated that radar satellites could be used to detect movement on ground at OPTICAL REMOTE SENSING Optical remote sensing can be used to identify landslides, avalanches, and related geohazards. Major cost savings are possible due to, among other things, better field work planning. Additionally, change analysis and photogrammetry techniques allow one to establish slide movement patterns and to quantify the magnitude of movements. SEISMIC ASPECTS OF OFFSHORE WIND Earthquake events generate seismic waves which propagate from the source through the rock/soil. The dynamic and cyclic loads generated by these events can result in degradation of soil strength and stiffness, and potentially to liquefaction. The consequences of these processes can be additional structure/foundation settlement or possibly failure of the foundation.TECHNICAL NOTE
Technical note To: Regionale Forskningsfond Trøndelag Attn.: Linda M. Bye Copy to: SUSI partners Date: 2020-12-08 Revision no./Rev.date: 0 SUSTAINABLE SOIL IMPROVEMENT (SUSI) Technical note NORWEGIAN GEOTECHNICAL INSTITUTE Main office Trondheim office T 22 02 30 00 BIC NO. DNBANOKK ISO 9001/14001 NGI.NO PO Box 3930 Ullevaal St. PO Box 5687 Torgarden F 22 23 04 48 IBAN NO26 5096 05 01281 CERTIFIED BY BSI * Publikasjoner & Bibliotek* Kontakter
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NGI er en internasjonalt etterspurt geofaglig rådgiver for offshorenæringen knyttet til utbygging og drift av offshorefelt. Vi har omfattende ekspertise innen offshore grunnundersøkelser, fundamentering, geohazards, petroleumsgeomekanikk, CO2-lagring, samt undervannsteknologi og instrumentert overvåking av strukturer og prosesser, under, på og over sjøbunnen.NATURFARE
NGI kombinerer forskning og ny teknologi i analyse og kartlegging av risiko knyttet til skred, flom og flodbølger. Vi bistår næringsliv, myndigheter, politi og grunneiere for å håndtere akuttsituasjoner og utarbeide risikoreduserende tiltak. Ved henvendelser om assistanse ifm. skred og skredfare, ring: 993 03 000.MILJØTEKNOLOGI
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