Noncompact Perturbation of Sweeping Process with Delay in Banach Spaces by F. Aladsani, A. G. Ibrahim

“…Moreover, it improves some recent existence results for sweeping processes in Banach spaces.…”
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Convex Sweeping Processes with Noncompact Perturbations and with Delay in Banach Spaces by A. G. Ibrahim, F. Aladsani

“…We prove two results concerning the existence of solutions for functional differential inclusions that are governed by sweeping processes, with noncompact valued perturbations in Banach spaces. …”
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General Existence Results for Third-Order Nonconvex State-Dependent Sweeping Process with Unbounded Perturbations by M. Bounkhel, B. Al-Senan

“…We prove the existence of solutions for third-order nonconvex state-dependent sweeping process with unbounded perturbations of the form: -A(x(3)(t))∈N(K(t,ẋ(t));  A(ẍ(t)))+F(t,x(t),ẋ(t),ẍ(t))+G(x(t),ẋ(t),ẍ(t))      a.e…”
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Design of a Mechanized Road Sweeper by Asiimwe Dianah

“…The researcher, however, recommended that the fabrication of the machine needs to be done based on the individual part parameters developed in this thesis and performance testing of the machine to embrace the new technology for effective sweeping process.…”
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Real-World Data Simulation Comparing GHG Emissions and Operational Performance of Two Sweeping Systems by Bechir Ben Daya, Jean-François Audy, Amina Lamghari

“…<i>Background</i>: In northern countries, spring requires the removal of large volumes of abrasive materials used in winter road maintenance. This sweeping process, crucial for safety and environmental protection, has traditionally relied on conventional mechanical brooms. …”
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An Improved Adaptive Frequency Sweep Strategies Based on Asymptotic Waveform Evaluation Technique for Broadband Antenna Simulation by Zhijun Cai, Lingzhi Ren, Shuangbing Liu, Gen Wang, Peng Gao, Tianyuan Zhang, Yuanjie Fang, Haili Zhang

“…A novel error function is introduced specifically designed for broadband antenna simulation, which effectively improves the adaptive frequency sweep process. By analyzing the relationship between target error and computational time, we determine the optimal balance zone between efficiency and accuracy. …”
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