Paulo Piloto

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Coordinator Professor com agregação

Instituto Politécnico de Leiria

Portugal

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About

Paulo Piloto is a Coordinator Professor com agregação at Instituto Politécnico de Bragança, Portugal. His research primarily focuses on fire resistance and performance of materials under elevated temperatures, particularly in the context of wood adhesives, composite slabs, and steel structures. Recent publications include studies on the tensile shear strength of wood adhesives, the fire resistance of stainless steel beams, and the numerical analysis of fire behavior in light steel framing.

Recent Grants

Grant: Close

ASSESSMENT OF INTUMESCENT PAINT BEHAVIOUR FOR PASSIVE PROTECTION OF STRUCTURAL ELEMENTS SUBMITTED TO FIRE CONDITIONS

Open Date: 2007-01-01

Close Date: 2010-01-01

Grant: Close

ASSESSMENT OF INTUMESCENT PAINT BEHAVIOUR FOR PASSIVE PROTECTION OF STRUCTURAL ELEMENTS SUBMITTED TO FIRE CONDITIONS

Open Date: 2007-01-01

Close Date: 2010-01-01

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Collaborators (8)

J. Pinho da Cruz

PORTUGAL

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Hernâni Lopes

Polytechnic Institute of Porto

PORTUGAL

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Prof. Catedrático/Full Professor

Universidade de Aveiro

PORTUGAL

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Paulo Piloto

Research Interests

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About

Recent Grants

Articles (18)

Fire resistance of stainless steel beams: different sections and grades

Tensile shear strength of wood adhesives with fire-retardants under elevated temperatures

Insulation Strategies to Enhance Fire Resistance in Composite Slabs with Reduced Carbon Emissions

Performance of single and built-up I-shaped cold formed steel stud under double sided walls fire exposure

Bending resistance of austenitic stainless steel hollow sections at elevated temperatures

Fire Resistance of Ultra-High-Strength Steel Columns Using Different Heating Rates

Accuracy of 2D numerical models towards the prediction of the fire resistance on LSF partition walls

Fire resistance of austenitic stainless steel beams with rectangular hollow sections

Numerical study of the fire behaviour of external walls in light steel framing

Numerical Investigation on the Fire Resistance of Partially Encased Steel Columns

Analysis of the critical temperature on load bearing LSF walls under fire

Finite-element analysis for the performance of steel frames under fire after earthquake

Validation of a rail temperature model with experimental measurements

Fire resistance of partially encased composite columns subjected to eccentric loading

Thermal Behaviour of Rebars and Steel Deck Components of Composite Slabs under Natural Fire

Influence of Micro-Textures on Cutting Insert Heat Dissipation

Modelling the Thermal Effects on Structural Components of Composite Slabs under Fire Conditions

Load Bearing Capacity of Light Timber Frame Walls Under Fire

Collaborators (8)

J. Pinho da Cruz

Hernâni Lopes

Elza M M Fonseca

G. Miranda

Flávio Arrais

Carlos Balsa

Manuel Joaquim Costa Minhoto

Paulo Vila Real

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