Markus Knobloch

发表

In Situ Tests on Steel Deck Concrete Composite Slabs at Zurich Airport

Mario Fontana, Michael Klippel, Markus Knobloch, 2010 .

Structural Fire Engineering: Introduction

Andrea Frangi, Markus Knobloch, 2012 .

Longitudinal Shear Capacity of Composite Slabs-In Situ Tests on Slabs in Use for 35 Years and a Historic Review of Design Methods, Research, and Development

Mario Fontana, Markus Knobloch, 2016 .

ISO Standard Fire Tests of Concrete-Filled Steel Tube Columns with Solid Steel Core

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2017 .

Fire design of timber slabs made of hollow core elements

Andrea Frangi, Mario Fontana, Markus Knobloch, 2009 .

Versuche an dreiseitig gelenkig gelagerten Querschnittselementen aus Metallen mit nichtlinearem Materialverhalten

Mario Fontana, Markus Knobloch, Philipp Niederegger, 2007 .

Structural member stability verification in the new Part 1‐1 of the second generation of Eurocode 3

Markus Knobloch, H. H. Snijder, Andreas Taras, 2020, Steel Construction.

Challenges for tower structures of multi-megawatt class wind turbines

Markus Knobloch, M Rauch, 2016 .

Load-carrying Behavior Of Unstiffened Elements At Elevated Temperatures In Fire

Mario Fontana, Markus Knobloch, 2005 .

Stability of steel structures in fire

Markus Knobloch, 2014 .

Fire safety concept for tall timber buildings

Andrea Frangi, Mario Fontana, Markus Knobloch, 2008 .

Zum Tragverhalten beulgefährdeter Stahlquerschnitte bei Brandeinwirkung

Markus Knobloch, Markus Knobloch, 2007 .

Development of innovative light-weight cardboard elements for sustainable constructions

Mario Fontana, Markus Knobloch, Eike Klingsch, 2012 .

Vulnerability of fire protection and structural safety of tall buildings

Andrea Frangi, Mario Fontana, Markus Knobloch, 2008 .

Local Buckling Behavior of Steel Sections Subjected to Fire

Markus Knobloch, 2008 .

COMPOSITE SLAB WITH INTEGRATED INSTALLATION FLOOR USING CELLULAR BEAMS

Andrea Frangi, Mario Fontana, Markus Knobloch, 2011 .

Levels of analyses for fire design: From material to structures

Markus Knobloch, Rebekka Ebel, 2016 .

Umbau Dock B am Flughafen Zürich - Belastungsversuche an Holorib-Blechverbunddecken: Belastungsversuche an Holorib-Blechverbunddecken

Michael Klippel, Markus Knobloch, Mario Fontana, 2010 .

Local Buckling Behaviour of Steel Sections Subjected to Fire

Markus Knobloch, 2007 .

Editorial. Vom Abscheren von Schrauben und singulären Matrizen: Es gratulieren Kollegen, Mitarbeiterinnen und Mitarbeiter, Freunde und Wegbegleiter

Andrea Frangi, Markus Knobloch, Richard Stroetmann, 2014 .

Numerical analysis on the fire behaviour of steel plate girders

Mario Fontana, Markus Knobloch, Claudio Scandella, 2014 .

Fire behaviour of cross-laminated solid timber panels

Andrea Frangi, Mario Fontana, Markus Knobloch, 2008 .

In Situ Tests on Steel Deck Concrete Composite Slabs at Zurich Airport

Mario Fontana, Michael Klippel, Markus Knobloch, 2010 .

The continuous strength method for steel cross-section design at elevated temperatures

Leroy Gardner, Markus Knobloch, Marios Theofanous, 2016 .

Cross‐sectional capacity and flexural buckling resistance under fire conditions

Andrea Frangi, Markus Knobloch, Diego Somaini, 2014 .

Lehre, Forschung und Praxis als Einheit

Markus Knobloch, Richard Stroetmann, 2019 .

Global structural behaviour in fire and consolidated testing of steel structures

Andrea Frangi, Mario Fontana, Markus Knobloch, 2013 .

Challenges for tower structures of modern wind turbines

Markus Knobloch, Marion Rauch, 2017 .

Consolidated Fire Testing - A Framework for Thermomechanical Modelling

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2015 .

Fire Design Concepts for Tall Timber Buildings

Andrea Frangi, Mario Fontana, Markus Knobloch, 2008 .

Failure consequences and reliability acceptance criteria for exceptional building structures: A study taking basis in the failure of the World Trade Center Twin Towers

Michael Havbro Faber, Mario Fontana, Markus Knobloch, 2004 .

Consolidated fire testing: Coupled thermo-mechanical modelling for analysis of the global structural fire behavior

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2016 .

Vom Abscheren von Schrauben und singulären Matrizen

Andrea Frangi, Markus Knobloch, Richard Stroetmann, 2014 .

00.04: Structural fire design – Developments in research and assessment of fire in steel and composite structures

Markus Knobloch, 2017 .

Jörg Lange 60 Jahre - Hochschullehrer und Stahlbauer aus Leidenschaft

Markus Knobloch, Richard Stroetmann, 2018 .

Structural member stability verification in the new Part 1‐1 of the second generation of Eurocode 3

Luís Simões da Silva, Markus Knobloch, Andreas Taras, 2020, Steel Construction.

A computationally rigorous approach to hybrid fire testing

Khalid M. Mosalam, Markus Knobloch, Patrick Schulthess, 2020 .

Modeling thermo-mechanical behavior of concrete-filled steel tube columns with solid steel core subjected to fire

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2017 .

Special session of ECCS‐TC8 at SDSS 2019 in Prague – A European perspective on Stability of Steel Structures

Markus Knobloch, Richard Stroetmann, 2019 .

Analytical calculation model for unstiffened elements with nonlinear stress-strain relationships under uniform compression

Mario Fontana, Markus Knobloch, Philipp Niederegger, 2009 .

Generic Model Stress–Strain Relationship for Concrete in Compression at Elevated Temperatures

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2017 .

Elevated temperature mechanical properties of solid section structural steel

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2017 .

FIRE BEHAVIOR OF CONCRETE FILLED CIRCULAR HOLLOW SECTION COLUMNS WITH MASSIVE STEEL CORE

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2010 .

Numerical Analysis of the Structural Fire Behaviour of Concrete-Filled CHS-Columns with Steel Cores

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2012 .

The simplified method of the equivalent compression flange

Markus Knobloch, Fabian Jörg, Ulrike Kuhlmann, 2019, Steel Construction.

Numerical Analysis and Comparative Study of the Cross-Sectional Capacity of Structural Steel Members in Fire

Mario Fontana, Markus Knobloch, Diego Somaini, 2012 .

Steel beam‐columns subjected to fire

Andrea Frangi, Mario Fontana, Markus Knobloch, 2008 .

Fire resistance of steel columns with partial loss of fire protection

Markus Knobloch, Mario Fantana, 2004 .

Modeling elevated-temperature mechanical behavior of high and ultra-high strength steels in structural fire design

Mario Fontana, Markus Knobloch, Claudio Scandella, 2017 .

Strain-based approach to local buckling of steel sections subjected to fire

Mario Fontana, Markus Knobloch, M. Fontana, 2006 .

Numerical Analysis of the Cross-Sectional Capacity of Structural Steel Members in Fire

Mario Fontana, Markus Knobloch, Diego Somaini, 2010 .

Assessment of the plastic capacity of I-shaped cross-sections according to the partial internal forces method

Markus Knobloch, Rolf Kindmann, M. Knobloch, 2019, Engineering Structures.

Stress–strain response and cross-sectional capacity of steel sections in fire

Mario Fontana, Markus Knobloch, Diego Somaini, 2013 .

Partial loss of fire protection and structural collapse of high-rise buildings

Mario Fontana, Markus Knobloch, Elio Raveglia, 2006 .

Suitability of the damage-plasticity modelling concept for concrete at elevated temperatures: Experimental validation with uniaxial cyclic compression tests

Mario Fontana, Markus Knobloch, Martin Neuenschwander, 2016 .

Experimental Validation of the Damage-Plasticity Modeling Concept for Normal Strength Concrete in Fire

Mario Fontana, Markus Knobloch, Claudio Scandella, 2017 .

Buckling of steel columns in fire: non‐linear behaviour and design proposal

Mario Fontana, Markus Knobloch, Diego Somaini, 2012 .