Creating a Development Framework: a Generic Lens for Public Markets’ Analysis and Development in Integration With Their Zone of Influence Revitalization

This thesis discusses how the development of public markets through a structured framework can be a catalyst for revitalizing its zone of influence. Public markets have always been marked by their rich experience, and their central role in towns, cities, and villages, as they have been vital engines for urban growth and cities formation since their prevalence. Needless to mention their role in entrepreneurship and their significance for the social development of neighborhoods. Nowadays, local governments are rediscovering the central role of public markets and are putting them under focus to catalyze the urban growth and neighborhoods revitalization by their development. This role entails regenerating public spaces, developing buildings, and fostering healthy social interactions and local economic structures. Despite this interest, there has been limited scholarly attention given to the notion that developing public markets can be a tool to physically transform its surrounding zone of influence inside the city. Hence, this thesis contributes to filling in the gap by studying the realm of public markets and generating a development framework that can be used for analyzing and developing any market in integration with its zone of influence revitalization. This thesis used both secondary and primary research methods to study the active role of public markets in relation to their zone of influence and the different systems, functions, and components of public markets. It also used secondary research methods to study the different theories and approaches that can be used for analyzing and dissecting the public markets into their basic units and their relationships. By using the above methodology, the thesis created a development framework that can be used for analyzing any market and developing it in integration with its zone of influence revitalization. Then, it applied the development framework on a case study, Souq Al-Tunsi. The findings of this application revealed that the core problems that affect its functionality are: informality, lack of management, poor education, and having an informal culture. As part of developing the market in integration with its zone of influence revitalization, the thesis proposed guidelines such as: formalizing the market and its surrounding area, enhancing the education and culture, creating a market management body, and upgrading the market’s services, urban fabric, and built-up form in correspondence with its context. Applying these guidelines leads to a better selling process, efficient supply chain of goods, renovating historic monuments in the area of the market, provision of quality infrastructure and urban fabric systems, reviving landmarks, and creating active public spaces. Applying these guidelines also leads to increase the diversity, safety, and attractiveness of the market and its surrounding area, leading to an increase in the number of customers, the profitability of the market, and the upgrade of the whole area

The consistency of export and agricultural policies in Egypt

This study examines Egypt\u27s agricultural policies, trade policies and their synergies or inconsistence. The analysis of the agricultural sector and its performance over time identifies constraints to increasing production and exports. It also examines the key role of trade in encouraging inclusive agricultural development. After a review of current trends in the agricultural sector and trade policies, the study elaborates on the main policies regulating the current agricultural export sector. It also explores the factors influencing the water scarcity problem and what could mitigate it. This qualitative research attempts to illustrate to what extent the Egyptian agricultural export sector policies are effective, consistent, and reliable. Findings demonstrate that there are contradictions in the guiding principles of these policies, and rectification is required to maintain better results in this sector. In addition, the high price of irrigation water and the government policies of water conservation are not met with policies to encourage introducing water saving technologies to support producers. The study concludes by recommending policy changes to improve trade performance and agricultural production, and to create more consistency with the export policies

Design and analysis of a new brake-by-wire system using machine learning

One of the main aims of the recent research on brake-by-wire systems is to decrease mechanical components. In this paper, we propose replacing the brake pedal with a driving wheel that is fully covered by pressure braking batch sensors. The new mechanism for braking translates pressure exerted through the driver’s hands on the driving wheel to a corresponding electrical signal. A proposed design for the pressure braking batch (PBB) is made out of a mesh of conducting threads separated by a resistive sheet. To the best of our knowledge, this idea has not been raised before in other research papers. Different people have different muscle strengths and so the problem of identifying the intention of the user when pressing the PBB is tackled. For this aim, a new dataset of its kind is created by several volunteers. From each volunteer, age, gender, body mass index (BMI), and maximum pressure exerted on the driving wheel are collected. Using Weka software, the detection accuracy is calculated for a new volunteer to know the intention of his/her pressure on PBB. Among the three algorithms tried, the regression tree gives the best results in predicting the class of the pressure exerted by the volunteers

(R1989) Mixed Convection Slippery Cross Fluid Flow due to a Stratified Sheet under the Effect of Radiation Phenomenon

In view of the meaning of a two dimensional laminar Cross liquid in depicting an exhaustive assortment of experimental information, an assessment is done for a numerical and mathematical arrangement over a stratified extensible sheet. The non-dimensionality technique is brought into the controlling equations within the sight of the slip phenomenon and to make the solution more thorough. The data have been taken at a steady, viscous and laminar ow. Heat transfer across fluid is employed as a non-Newtonian fluid, where the fluid has a affected by radiation. Additionally, thermal radiation and heat generation are considered with the basic influence on the temperature field. The work has been performed to yield a completely new concept of the presence relationship between the governing parameters and the rate of heat transfer. Numerical analysis with the aid of the shooting method of the governing equations of motion is given over a wide range of controlling parameters. A bunch of graph plots both velocity and temperature fields at various upsides of physical parameters. Furthermore, a tabular form of the same parameters exists for the local shear stress and the rate of heat transfer along the sheet

Rapid diagnosis of fungal keratitis in patients with corneal ulcer using Calcofluor White stain

Background: The prevalence of fungal keratitis has risen in recent years significantly. To avoid additional complications, diagnosing and treating fungal keratitis is crucial. This study aims to measure the efficacy of a calcofluor white (CFW) stain for the quick diagnosis of fungal keratitis and to contrast the positive rates, sensitivity, and specificity with a 10% potassium hydroxide (KOH)-based smear and culture technique. Methods:From individuals with clinically suspected corneal ulcers, 30 corneal scrapings had been collected. Data on demographics had been analyzed. Results: Of the 30 patients, 40% were women and 60% were men. There was a 1.5:1 man-to-woman ratio. The age of patients ranged from 29 to 71 years (mean 46.67 ± 10.90). The age presentation of those between the ages of 41 and 50 years was the most frequent (36.7%). The majority of cases were farmers (43.3%). Trauma was the most common predisposing factor (46.6%). Twenty-four (80%) cases were culture positive. Eleven (36.7%) were fungal, 13 (43.3%) were bacterial and 6 (20%) showed no growth. Fusarium was the most common fungal isolate (36.4%), followed by Aspergillus (27.3%). While Staphylococcus aureus was the most common bacterial isolate (46.2%), followed by Pseudomonas (38.4%). The sensitivity of KOH wet mount and CFW stain was 72.7% and 90.9%, respectively. The specificity of both KOH wet mount and CFW stain was 100%. Conclusion:The early diagnosis of fungal keratitis can be made rapidly by direct microscopic examination of fungal elements using CFW stain. When diagnosing fungal keratitis, CFW has higher sensitivity to KOH

Performance comparison of selection nanoparticles for insulation of three core belted power cables

This paper presents an investigation on the enhancement of electrical insulations of power cables materials using a new multi-nanoparticles technique. It has been studied the effect of adding specified types and concentrations of nanoparticles to polymeric materials such as PVC for controlling on electric and dielectric performance. Prediction of effective dielectric constant has been done for the new nanocomposites based on Interphase Power Law (IPL) model. The multi-nanoparticles technique has been succeeded for enhancing electric and dielectric performance of power cables insulation compared with adding individual nanoparticles. Finally, it has been investigated on electric field distribution in the new proposed modern insulations for three-phase core belted power cables. This research has focused on studying development of PVC nanocomposite materials performance with electric field distribution superior to the unfilled matrix, and has stressed particularly the effect of filler volume fraction on the electric field distribution

A guide to best practice in faculty development for health professions schools: a qualitative analysis

BACKGROUND: This is a practice guide for the evaluation tool specifically created to objectively evaluate longitudinal faculty development programs (FDP) using the “5×2 -D backward planning faculty development model”. It was necessary to create this tool as existing evaluation methods are designed to evaluate linear faculty development models with a specific endpoint. This backward planning approach is a cyclical model without an endpoint, consisting of 5 dynamic steps that are flexible and interchangeable, therefore can be a base for an evaluation tool that is objective and takes into account all the domains of the FDP in contrast to the existing, traditional, linear evaluation tools which focus on individual aspects of the program. The developed tool will target evaluation of longitudinal faculty development programs regardless of how they were planned. METHODOLOGY: Deductive qualitative grounded theory approach was used. Evaluation questions were generated and tailored based on the 5 × 2-D model followed by 2 Delphi rounds to finalize them. Based on the finalized evaluation questions from the results of the Delphi rounds, two online focus group discussions (FGDs) were conducted to deduce the indicators, data sources and data collection method. RESULTS: Based on the suggested additions, the authors added 1 new question to domains B, with a total of 42 modifications, such as wording changes or discarding or merging questions. Some domains received no comments, therefore, were not included in round 2. For each evaluation question, authors generated indicators, data sources and data collection methods during the FGD. CONCLUSION: The methodology used to develop this tool takes into account expert opinions. Comprehensiveness of this tool makes it an ideal evaluation tool during self-evaluation or external quality assurance for longitudinal FDP. After its validation and testing, this practice guide can be used worldwide, along with the provided indicators which can be quantified and used to suit the local context. SUPPLEMENTARY INFORMATION: The online version contains supplementary material available at 10.1186/s12909-022-03208-x

Systematic Evaluation for the Impact of the Geological Conditions on the Adsorption Affinities of Calcite as an Adsorbent of Zn2+ Ions from Aqueous Solutions: Experimental and Theoretical Studies

Three samples of calcite (calcite crystal (CA), calcite of limestone (L.CA), and metamorphosed calcite (marble) (M.CA)) were assessed as adsorbents of Zn (II) to consider the impact of the different geological conditions. The three samples exhibit remarkable changes in their Zn (II) retention capacities (Qsat = 384.6 mg/g (CA), 274.5 mg/g (L.CA), and 512.6 mg/g (M.CA)). The retention systems of the three calcite samples were described on the basis of the suggested statistical physics-based equilibrium studies as well as the traditional kinetic and isotherm models. However, the M.CA samples exhibited the best retention capacity, the steric properties reflecting a higher active site density of CA (Nm (Zn) = 113.46 mg/g) than both M.CA (Nm (Zn) = 82.8 mg/g) and L.CA (Nm (Zn) = 52.4 mg/g) at 323 K. This was assigned to the controlling effect of the sequestered numbers of Zn (II) per site on the surfaces of the calcite phase (n(Zn) = 3.39 (CA), 5.24 (L.CA), and 6.19 (M.CA)) in addition to the higher surface area and ion exchange of the metamorphosed and deformed M.CA. The previous n(Zn) values suggested the retention of Zn (II) by a multi-ionic mechanism in a vertical orientation. The Gaussian energies (8 to 16 KJ/mol) and retention energies (˂40 KJ/mol) of Zn (II) by CA and L.CA suggested complex physical and weak chemical mechanisms involving ion exchange, hydrogen bonding, dipole bonding forces, electrostatic attractions, and van der Waals forces. The thermodynamic properties were illustrated on the basis of the internal energy, free enthalpy, and entropy functions, which validate the endothermic and spontaneous nature of the Zn (II) retention system by the three calcite samples