In view of the need for professional test sites, precision and expensive test equipment, and corresponding experimental operation processes for automobile testing, some universities cannot meet these requirements at p...
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ISBN:
(纸本)9781510655201;9781510655195
In view of the need for professional test sites, precision and expensive test equipment, and corresponding experimental operation processes for automobile testing, some universities cannot meet these requirements at present. Through the use of virtual simulation software, part of the teaching of automobile testing is realized to meet the teaching requirements. Based on ANSYS software, the college can understand the dynamic characteristics and reliability tests for automobile parts. Based on ADAMS software, the college can understand the motion simulation of automobile parts. The research results show that, based on computer simulation technology, the virtual experiment teaching solution of automobile testing course is proposed.
Considering the lack of precise thermocouple models in the day-to-day circuit simulations, in the current work, the authors propose a Personal simulation Program with Integrated Circuit Emphasis (PSPICE) model for a K...
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In view of the traditional concrete weir blocking river longitudinal connectivity, affect the problem of river habitat. According to the existing river scattered grain permeable low weir structure, we proposed Y1, Y2,...
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Managers of food processing lines are demanded to increase productivity and efficiency. Due to product variations within the order backlog, it is difficult to identify local bottlenecks and develop appropriate solutio...
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In the design of a wave energy converter (WEC) in general, one critical aspect is to develop the power take-off (PTO) system since it has a significant impact on the overall energy harnessing efficiency. Therefore, th...
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Surfactant flooding is an enhanced oil recovery (EOR) technique that involves injecting surfactants into reservoirs to improve oil recovery. Pore network modelling (PNM) is a numerical method used to simulate fluid fl...
ISBN:
(纸本)9781959025184
Surfactant flooding is an enhanced oil recovery (EOR) technique that involves injecting surfactants into reservoirs to improve oil recovery. Pore network modelling (PNM) is a numerical method used to simulate fluid flow in porous media. While PNM has been successfully applied in various applications, its use in surfactant flooding has been limited to pore scale level up until micromodel scale networks only, which do not accurately represent the complex pore structure of real reservoir. This study aims to extend PNM to core-scale networks. The objective of this study is to evaluate the capability of the surfactant pore network modelling (PNM) simulator in analysing surfactant coreflood experiments. Besides that, by validating the PNM simulation against the CT-Scan coreflood experiment, it can also test the potential of the "medical" CTScan coreflood in digital core analysis (DCA) domain. In this study, a state-of-the-art attempt to compare our PNM simulation results against surfactant flooding CT-scan coreflood experiments was performed. These coreflood experiments also demonstrate the potential of utilizing the state-of-the-art CT-scan technology to complement the pore network modelling validation works. The CT-Scan has been conducted to monitor the displacement pattern throughout the 12-inch core samples during tertiary surfactant injection. Several 2D centimetre scale and upscaled 3D PNM simulations to simulate tertiary surfactant injection have been conducted. The results show that upscaling from 2D to 3D models improves the realism of simulation outcomes. The choice of surfactant injection protocol and initial water saturation significantly impact the displacement process. Secondary injection appears to provide favourable results. The comparison between simulation and coreflood experiments have showcased the capability of the surfactant PNM simulator to analyse coreflood experiments and give novel insights into the underlying recovery mechanisms. The study empha
The primary objective of the study involves planning, designing, and assessing the thermal performance of the building under various climatic zones. This study presents a comprehensive energy analysis and modelling ap...
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The primary objective of the study involves planning, designing, and assessing the thermal performance of the building under various climatic zones. This study presents a comprehensive energy analysis and modelling approach applied to a newly designed residential building, aiming to optimize energy efficiency. The research integrates dynamic simulation tools and advanced energy modelling techniques to evaluate the building's performance under varying environmental conditions. The objectives of the study include assessing the thermal performance of the building envelope and optimizing the selection and operation of active energy systems. A detailed building information model (BIM) is developed to simulate the building's energy consumption, considering factors such as occupancy patterns, internal loads, and climate variations. Results indicate that the implemented passive design feature, including high performance insulation, significantly contributes to reducing heating and cooling demands. The dynamic simulation also highlights the impact of occupant behaviour on energy usage, emphasizing the importance of user engagement in achieving sustainable outcomes. The study further explores the suggestion of suitable materials that reduce the energy consumption of the building with respect to each climatic condition, thus providing a complied resource book for further practical application purposes. In conclusion, the research provides valuable insights into the energy performance of the designed residential building, offering practical recommendations for enhancing sustainability. The findings contribute to the broader field of energy-efficient construction and underscore the importance of holistic design considerations for future residential developments.
The increasing adoption of electric vehicles (EVs) necessitates efficient and sustainable end-of-life (EoL) management of electric vehicle batteries (EVBs). To maximize the value recovered from disposed batteries, an ...
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Implementation of neural signals in electronic circuits is indispensable for studying the function of neurons, developing therapies, designing brain-computer interfaces, and arti_icial intelligence. This paper present...
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This paper presents an innovative model for understanding the dynamics of information propagation within social networks. Incorporating cognitive biases, follower influence, and temporal decay, we propose a mathematic...
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