Maléna Bastien Masse

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Amid escalating concerns over CO2 emissions, resource depletion, and waste generation in construction, reusing building elements from obsolete structures presents a sustainable solution. This paper critically reviews 21 procedures used in Europe and the Un ...

Today, concrete is the most widely used construction material worldwide. Strong, versatile, durable, and vector of economic development, this exceptional material is also the principal cause of greenhouse-gas emissions, material depletion and waste generat ...

About 9% of anthropogenic greenhouse gas emissions worldwide are due to the production of cement, key constituent of concrete. Concrete also contributes to a large share of demolition waste, usually coming from building structures that are discarded becaus ...

Extracting pieces of concrete from obsolete buildings and reusing them, as is, in new assemblies is today rarely considered a strategy for improving the sustainability of the construction sector. By delaying the crushing of concrete into aggregates and avo ...

Carefully extracting reinforced concrete (RC) elements from soon-to-be demolished structures and reusing them as load-bearing components is an emerging circular low-carbon alternative to building new structures. As floor construction typically accounts for ...

This study examines the persistent, though often overlooked, practice of material reuse in francophone Switzerland, exploring advertisements from 1851 to 1968 that illustrate a continuous and practical approach to reclaiming construction materials. These a ...

A large part of building demolitions is motivated by purely socio-economic reasons. Hence, about-to-be-demolished structures, commonly made of reinforced concrete, very often present no or little degradation. When adaptive reuse of the entire building is n ...

This study delves into how the perception of levers and barriers for building element reuse evolves over time as individuals and practices gain experience on this topic. Three periods of business development are compared: the genesis of practice; the curre ...

An effective method to strengthen existing Reinforced Concrete (RC) structures is to add a thin layer of Ultra-High Performance Fiber Reinforced cement-based Composite (UHPFRC), with or without steel rebars, over the concrete slab to create a composite ele ...

The application on existing Reinforced Concrete (RC) slabs of cast-on-site Ultra-High Performance Fiber Reinforced cement-based Composite (UHPFRC) layers is an efficient reinforcement technique, currently spreading. The thin layer of UHPFRC, with or withou ...

As the most widely used construction material worldwide, concrete is the main cause of greenhouse gas emissions, material depletion, and waste generation by the construction industry. Typically, concrete waste is crushed and, at best, reclaimed into recycl ...

The addition of a thin overlay of reinforced UHPFRC (R-UHPFRC) to a reinforced concrete (RC) element creates a composite member which can be used for the strengthening of an existing structure and in the design of new structures. With its strain hardening ...

The production of concrete, the most widely used construction material, detrimentally affects the environment. Obsolete reinforced concrete (RC) load-bearing structures, even when still in good condition, are today prematurely crushed and landfilled or rec ...

An original concept is presented for the durable rehabilitation of concrete bridge deck slabs. The main idea is to add a layer of Ultra-High Performance Fiber Reinforced Concrete (UHPFRC) with steel reinforcing bars over the concrete slab to create a compo ...

To strengthen a reinforced concrete (RC) slab with deficient shear resistance, it is proposed to add to the top of the slab a 25-50 mm thick layer of ultra-high performance fibre reinforced cement-based composite (UHPFRC) with small diameter rebars (R-UHPF ...

Adding a thin layer of Ultra-High Performance Fiber Reinforced cement-based Composite (UHPFRC), with or without steel rebars, over a Reinforced Concrete (RC) slab is an efficient reinforcement method for existing structures. The thin layer of UHPFRC serves ...

Reuse of reinforced concrete (RC) components reduces construction’s environmental impacts and waste. Rather than crushing the concrete of an obsolete structure, its components are saw cut and later reassembled in a new structure. The theoretical feasibilit ...

Most of existing buildings are made of concrete, new buildings are being built with it and others are demolished when still in good structural condition. This drives increased demands for raw materials, greenhouse gas emissions, and an accumulation of demo ...

Concrete accounts for the largest share of worldwide building material use and waste generation, with cement production being responsible for approximately 9% of global anthropogenic CO2 emissions. A currently untapped strategy to significantly reduce thes ...

Concrete is amongst the most wasted materials on earth, mainly due to building demolitions. Currently, after a building’s end of life, concrete is crushed to be used as replacement gravel in new concrete mixes or for backfilling. Aiming to increase the cir ...

Maléna Bastien Masse

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Analysis and Synthesis of Existing Procedures Used to Determine the Reuse Potential of Building Elements

Re:Crete - A Footbridge made of Reused Concrete Blocks

Re:Crete – Reuse of concrete blocks from cast-in-place building to arch footbridge

Reuse of concrete components in new construction projects: Critical review of 77 circular precedents

FLO:RE – A new floor system made of reused reinforced concrete and steel elements

The persistent practice of reuse in the modern era: A survey of francophone advertising in Switzerland from 1851 to 1968

Reusability assessment of reinforced concrete components prior to deconstruction from obsolete buildings

How Gained Experience Influences Perceived Levers and Barriers of Reuse Practices: Learning from North Americans

Experimental investigation on punching resistance of R-UHPFRC–RC composite slabs

Structural Behavior of R-UHPFRC - RC Composite Slabs

Environmental and economic analysis of new construction techniques reusing existing concrete elements: two case studies

Analytical modelling of R-UHPFRC - RC composite members subjected to combined bending and shear

Reusability Assessment of Obsolete Reinforced Concrete Structural Components

Concrete bridge deck slabs strengthened with UHPFRC

Contribution of R-UHPFRC Strengthening Layers to the Shear Resistance of RC Elements

Composite model for predicting the punching resistance of R-UHPFRC-RC composite slabs

Building structures made of reused cut reinforced concrete slabs and walls: A case study

Low-tech methods for the reuse of reinforced concrete structural elements

Re:Crete – reuse of concrete elements in new structures: A footbridge prototype

Large Concrete Rubble as a New Structural Construction Material: Opportunities and Digital Processes for Load-Bearing Walls