This article discusses a novel waste reuse strategy of using waste as aggregate in concrete to minimize waste generated in construction sites. The process involves using recycled concrete, plastic particles, and crushed glass as aggregates in the concrete mix. The article explains how the process works, its benefits, and limitations. It also highlights that the substitution of natural aggregates with recycled materials can decrease the compressive strength of the aggregate and that the mechanical performance of the concrete decreases when recycled and fresh concrete are used together.

SRT 750 ‐ 2018 Assignment 1, poster

The assignment requires comprehensive research on a sustainability related topic and presenting the findings in a poster for a conference on sustainable building information.

Learn about the novel waste reuse strategy of using waste as aggregate in concrete to minimize waste generated in construction sites. Discover the process, benefits, and limitations of this strategy.

Concrete Using Waste as Aggregate: A Novel Waste Reuse Strategy

This document discusses the use of waste materials to enhance the strength and properties of concrete. It explores the various types of waste materials, such as glass, fly ash, and recycled concrete aggregates, that can be used in construction. The study focuses on the impact on sustainability and the benefits of using waste in the construction industry. It also discusses the experimental methodology and the limitations of the research.

Environmental Science

Use of Materials as Waste and Waste to Enhance The Strength and Properties Of Concrete

This presentation explores the use of waste materials as aggregates in concrete, including unused concrete, bricks, blocks, gypsum, plastics, and glass. The waste hierarchy and methods for managing waste are discussed, along with the benefits and limitations of using recycled materials in concrete. The presentation also covers the utility of using glass, plastic, and recycled cement as substitutes for natural aggregates, and the effects on the strength and workability of the resulting concrete. References from relevant studies are provided.

Hartpury University and Hartpury College

Materials Science and Engineering

Research Methods for Engineers

This article explores the study and development of seashell pervious concrete as a green substitute for conventional pavements. It discusses the recycling of seashell-by products to obtain environmentally friendly products and describes the qualitative and quantitative methodology used to find alternatives for coarse aggregates in pervious concretes. The article also covers the tests conducted to determine the strengths, space content, and permeability of seashell pervious concrete.

Griffith University

Seashell Pervious Concrete: A Green Substitute for Conventional Pavements

This research proposal explores the use of recycled aggregate concrete from construction and demolition waste. It discusses the environmental impact of construction waste, the need for recycling, and the potential benefits of using recycled concrete in construction projects. The proposal also includes research questions, objectives, and a literature review on the topic.

Data Science and Big Data

Civil Engineering

Statistics and Probability

Use of Recycled Aggregate Concrete from Construction & Demolition Waste

Thesis Preparation

University of South Carolina Upstate

Philosophy

Construction Management Assignment | Research Methodology

This research proposal explores the use of recycled aggregate concrete from construction and demolition waste. It discusses the environmental impact of construction waste and the potential benefits of recycling. The research aims to determine if recycled concrete can produce good quality construction products and how to reduce barriers to its use in the industry.

Concrete Using Waste as Aggregate: A Novel Waste Reuse Strategy

Use of Materials as Waste and Waste to Enhance The Strength and Properties Of Concretelg...

Concrete Using Waste as Aggregate: A Novel Waste Reuse Strategylg...

Seashell Pervious Concrete: A Green Substitute for Conventional Pavementslg...

Use of Recycled Aggregate Concrete from Construction & Demolition Wastelg...

Construction Management Assignment | Research Methodologylg...

Use of Recycled Aggregate Concrete from Construction & Demolition Wastelg...

Use of Materials as Waste and Waste to Enhance The Strength and Properties Of Concrete

Concrete Using Waste as Aggregate: A Novel Waste Reuse Strategy

Seashell Pervious Concrete: A Green Substitute for Conventional Pavements

Use of Recycled Aggregate Concrete from Construction & Demolition Waste

Construction Management Assignment | Research Methodology

Use of Recycled Aggregate Concrete from Construction & Demolition Waste