Search Results - "Vairagade, Vikrant S."

Impact resistance of hybrid steel fiber reinforced concrete by Vairagade, Vikrant S., Dhale, Shrikrishna A.

“…The use of more than one sort of metals in a feasible composite could affect not just the overall concrete's characteristics, but also the cooperative synergy…”
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Hybrid fibre reinforced concrete – A state of the art review by Vairagade, Vikrant S., Dhale, Shrikrishna A.

“…It is well established that concrete breaks easily when subjected to tensile loading. Randomly oriented short discrete fibres that stop or control the start,…”
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Evaluation of steel fibrous concrete impact resistance properties utilizing incinerated biomedical waste ash for a sustainable future construction by Vairagade, Vikrant S., Dhale, Shrikrishna A., Bhandari, Pranita S.

“…The construction industry is expanding with great pace in current scenario so to meet the demand of this industry, new ingredients such as engineered,…”
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Applications of computational intelligence for predictive modeling of properties of blended cement sustainable concrete incorporating various industrial byproducts towards sustainable construction by Mungle, Niscal P., Mate, Dnyaneshwar M., Mankar, Sham H., Tale, Vithoba T., Vairagade, Vikrant S., Shelare, Sagar D.

“…The quest to enhance the strength of concrete, while at the same time reducing the environmental impacts occasioned by its use, has become quite imperative in…”
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Predictive modeling for concrete properties under variable curing conditions using advanced machine learning approaches by Mungle, Nischal P., Mate, Dnyaneshwar M., Mankar, Sham H., Tale, Vithoba T., Mehta, Ankita, Dhale, Shrikrishna A., Vairagade, Vikrant S.

“…Such is the need for this work, since accurate concrete strength prediction at different curing conditions is critical to having structures that are both…”
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Optimizing sustainability and resilience of composite construction materials using life cycle assessment and advanced artificial intelligence techniques by Pande, Prashant B., Dhengare, Sagar W., Raut, Jayant M., Bhagat, Rajesh M., Bahoria, Boskey V., Shelke, Nilesh, Upadhye, Sachin D., Vairagade, Vikrant S.

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Integrated hybrid machine learning techniques and multiscale modeling towards evaluating the influence of nano-material on strength of concrete by Pande, Prashant B., Dhengare, Sagar W., Raut, Jayant M., Bhagat, Rajesh M., Bahoria, Boskey V., Shelke, Nilesh, Nair, Sruthi, Vairagade, Vikrant S.

“…Nano-material impact on high-performance concrete strength represents one of the major hot research areas in recent years. However, the currently available…”
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Predictive models for properties of hybrid blended modified sustainable concrete incorporating nano-silica, basalt fibers, and recycled aggregates: Application of advanced artificial intelligence techniques by Bahoria, Boskey V., Pande, Prashant B., Dhengare, Sagar W., Raut, Jayant M., Bhagat, Rajesh M., Shelke, Nilesh M., Uparkar, Satyajit S., Vairagade, Vikrant S.

“…The main objective of this work is to improve the compressive strength of concrete, specially in sustainable construction is to develop more precise predictive…”
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