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1 – 2 of 2Technology triggers business collaboration and partnership as well as becomes an essential part for disruptive business strategies. The literature on this topic is dispersed, and…
Abstract
Technology triggers business collaboration and partnership as well as becomes an essential part for disruptive business strategies. The literature on this topic is dispersed, and the chapter addresses this gap. This chapter aims to present a systematic literature review of academic studies in disruptive collaborative innovation frameworks and provide guidance for future research by identifying current research gaps. The study uses the PRISMA framework and collects literature from 2015 to 2023 from highly ranked academic venues with the final sample of 112 papers. The section is structured around the PRISMA framework, and results are reported accordingly. The analysis was conducted using a range of methods, including bibliometric analysis, multiple correspondence analysis (MCA), and text network analysis.
The analysis of the literature is presented to identify the main areas of research as well as to gauge the emerging streams. The overall results suggest that this area is starting to develop with limited research available to date. The study identified four theoretical foundations for existing research, aligned with behavioral, network, resource-based (RBV), and knowledge-based views (KBV). The identified theoretical views and themes are discussed, and examples of the studies are provided.
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Taghreed H. Alarabi and Nasser S. Elgazery
Try to find a way to treat wastewater and achieve its purification from suspended waste, which was removed by examining the magneto-Williamson fluid on a horizontal cylindrical…
Abstract
Purpose
Try to find a way to treat wastewater and achieve its purification from suspended waste, which was removed by examining the magneto-Williamson fluid on a horizontal cylindrical tube while taking advantage of solar radiation and nanotechnology.
Design/methodology/approach
The effect of Cattaneo–Christoph law of heat transfer, solar radiation, oblique magnetic field, porosity and internal heat generation on the flow was studied. The control system was solved by the numerical technique of Chebyshev pseudospectrum (CPS) with the help of the program MATHEMATICA 12. The tables comparing the published data results with the existing numerical calculation match exactly.
Findings
The tables comparing the published data results with the existing numerical calculation match exactly. The current simulation results indicate that when using variable viscosity, the Nusselt number and surface friction decrease significantly compared to their value in the case of constant viscosity, and variable viscosity has a significant effect on flow, which reduces speed. Curves and increasing temperature profiles.
Originality/value
Developing a theoretical framework for the problem of sewage turbidity in a healthier and less costly way, by studying the flow of Williamson fluid with variable viscosity (to describe the intensity of sewage turbidity) on a horizontal cylindrical tube, and taking advantage of nanotechnology, solar radiation, Christoph’s thermal law and internal heat generation to reach water free of impurities. Inclined magnetic force and porous force were used, both of which played an effective role in the purification process.
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