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Titlebook: Sustainable Environment and Infrastructure; Proceedings of EGRWS Krishna R. Reddy,Arvind K. Agnihotri,Ajay Bansal Conference proceedings 20

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楼主: gingerly
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Early Introduction of STEM Through Sustainable Engineering,water reductions using recycled materials in construction applications. For example, students make concrete stepping-stones with recycled materials and calculate energy, water, and greenhouse gas emission savings achieved when recycled materials replace virgin aggregate in concrete. Later, a field t
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Prediction of Moisture Damage in Asphalt Pavements Using a Nanomechanistic Approach, the moisture effects, asphalt binder samples were tested under both dry and wet conditions. Test results showed that the surface topography of the asphalt binders and their mechanical properties have had changed notably because of the presence of moisture. It is also evident that the base binders u
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Experimental Study of Pervious Concrete and Artificial Clogging,ch cycle. It was observed that the decrease in infiltration rate was 30%, 50%, and 45% after the sixth cycle where sand, clay, and combination were used, respectively. Furthermore, compressive strength and permeability test were performed on six separate mixes of pervious concrete.
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Sustainable Engineering Approaches Used in Electrical Discharge Machining Processes: A Review,ctivity in EDM processes. Effect of different process parameters like pulse-on, pulse-off, peak current, spark gap voltage, tool feed, flushing pressure, electrode polarity, dielectric fluid, etc., in machining operations has been discussed. For better machining time and less energy consumption, the
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Sustainable Solution for the Disposal of Fiber-Reinforced Plastic Waste,h, of the concrete with and without FRP waste, it is observed that the compressive strength, flexural strength, and split tensile strength of the concrete specimens increase when 3% of FRP waste is used as an additive. Hence, 3% of FRP waste can be considered as optimum dosage to be used in concrete
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