The Relationship between Human Capital Development and University's Business Performance

The aim of the study is to investigate the impact of Human Capital on Middle East University's business performance. Practical data were collected from 167 participants out of about 3217 elements, by means of a questionnaire. Statistical techniques such as descriptive statistics, t-test, ANOVA test, correlation, multiple regressions and stepwise regressions were employed. To confirm the suitability of data collection instrument, a Kolmogorov-Smirnov (K-S) test, Cronbach’s Alpha and factor analysis were used. The result of the study indicated a positive significant relationship between human capital and Middle East University's business performance. The data is also limited to Jordanian organizations. Extending the research to other settings represent future research opportunities. Human capital is an important source of organizations’ wealth and therefore it should be taken into serious consideration when formulating the MEU’s strategy. The data suggested that a similar set of HC indicators could be developed for other organizations and industries whether government, public or private, profitable or non-profitable organizations. Key Words: Human Capital (HC), Learning and Education (L&E), Experience and Expertise (E&E), Innovation and Creation (I&C), Middle East University (MEU), Business Performance (BP)

AFRPシート緊張接着によるRC梁の曲げ補強法の開発に関する実験的研究

Nowadays, Fiber Reinforced Polymer (FRP) sheet bonding method has been rapidly introduced for reinforcing and/or retrofitting of the existing Reinforced Concrete (RC) structures. Due to bonding normal FRP sheet onto the tension-side surface of the RC members, the effects due to bonding the FRP sheet can be expected after rebar yielding. However, cracking and rebar yielding loads cannot be much improved. Recently, in order to increase not only the ultimate load-carrying capacity of the RC members but also cracking and rebar yielding loads, pre-tensioned FRP sheet bonding method has been developed. In the previous studies, metal system was applied as anchoring devices of the sheet. Even though the premature failure at the ends of the sheet can be prevented by applying the metallic anchoring system, the installation of the system into RC members is not easy task because of its heavy weight. Also, stainless steel must be used to be anti-corrosive when FRP sheet is applied. Then, in order to easily apply the pre-tensioned FRP sheet bonding method for reinforcing RC members, the anchoring system should be simplified without any dropping of anchoring performance. From this point of view, here, a flexural reinforcing method using pre-tensioned AFRP sheet without metallic device was proposed. In this method, to distribute the concentrated anchoring stresses of pre-tensioned AFRP sheet, the base cross-directional non-pre-tensioned AFRP sheet was bonded to the concrete surface around the anchoring area. In addition, to decrease gradients of bonding stresses near the anchoring area, a strain relaxation polymer (with low young’s modulus) was used as a bonding material. The applicability of the method was discussed by conducting four-point loading test of the flexural reinforced RC beams with pre-tensioned AFRP sheet and comparing the experimental results with the numerical ones. The analytical portion of the research is employed to describe the flexural behavior of the all tested beams. A multi-section method was applied to analytically estimate the load-displacement relation and the axial strain distribution of AFRP sheet used for flexural reinforcing each RC beam. This research is divided into three studies as follows; (1) Strengthening Study of RC beams; this study examined the behavior of flexural pre-tensioned AFRP strengthening systems without anchoring device, hence investigate the effectiveness and feasibility of a proposed anchoring method. The variables used in the experimental program included the pre-tension force ratio introduced to the AFRP sheet (0, 20, and 40%) and the main reinforcement steel ratio (0.79 and 1.24%). From this study, the results show that the proposed anchoring method is effective and feasible because the load-carrying capacity increased considerably. A good agreement between experimental and analytical methods was achieved up to ultimate state with somewhat a perfect bonding between the AFRP sheet and concrete surface. (2) Strengthening Study of pre-cracked RC beams; this study investigated the load-carrying behavior of pre-cracked RC beams strengthened with pre-tensioned sheet compared to non-pre-cracked ones. Pre-tension force ratio introduced to the AFRP sheet (0 and 40%) and level of prior loading (Level 1 is up to main rebar yielding; Level 2 is up to average point between main rebar yielding and ultimate load) were taken as variables. From this study, it is observed that due to introducing pre-tension force into the sheet, flexural capacity and durability of the pre-cracked RC beams can be improved and the width of cracks can be decreased. This implies that a new anchoring method is effective and feasible. Numerical results can better match the experimental results for non-pre-cracked beams but not for pre-cracked beams subjected to high prior loading because the existing cracks and the stiffness of putty used for flattening the bonding surface were not considered in numerical analysis. (3) Repair Study of pre-cracked RC beams; this study examined the effectiveness of pre-tensioned AFRP systems to restore capacity of repaired pre-cracked RC beams reinforced with pre-tensioned sheet. Pre-tension force ratio introduced to the AFRP sheet (0 and 40%), with/without existing cracks and with/without repairing the cracks by injection epoxy resin were taken as variables. From this study, it can be concluded that : 1) flexural load-carrying capacity of the pre-cracked RC beams can be significantly improved by bonding the pre-tensioned AFRP sheet onto the tension-side surface;2) by repairing the existing cracks, the sheet rupture can be prevented because the opening of cracks and also large strains occurring in the sheet due to the opening can be rationally restrained; and 3) numerical results can better match the experimental results for non-pre-cracked beams but not for pre-cracked ones.室蘭工業大学 (Muroran Institute of Technology)博士（工学

Effect of connecting shunt capacitor on nonlinear load terminals

This material is posted here with permission of the IEEE. Such permission of the IEEE does not in any way imply IEEE endorsement of any of Brunel University's products or services. Internal or personal use of this material is permitted. However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution must be obtained from the IEEE by writing to [email protected]. Copyright @ 2003 IEEEThe use of terminal shunt capacitance has different effects on the displacement factor and distortion factor components of the power factor. These effects are considered for nonlinear loads with ideal supply, and also where the supply impedance exists but is small compared with the load impedance. Optimization of the displacement factor is found to result in reduction of the distortion factor to a minimum value

Modelling of the Outdoor and Indoor Parameters Affecting the Thermal Performance of a Trombe Wall with Different Spaces

Passive solar technologies (PSTs) can have several positive effects on the environment and future energy-efficient when incorporated into building design and urban planning. A Trombe wall (TW) is a type of passive solar heating system that is used in building design and architecture to collect and store solar heat for later use in heating a structure. Moreover, TW plays an important role in the reduction of a building\u27s cooling load. This paper uses a CFD ANSYS model to conduct a 3D numerical analysis of a TW to investigate the outdoor and indoor parameters that affect the TW. Additionally, the ideal distance between the ground floor and TW is identified

Farā’id Alfāẓ al-Ḥayawānāt fī Al-Qur’ān Al-Karīm: Dirāsah fī al-I‘jāz al-Lugawi wa al-Bayāni

The Qur’an has many miraculous aspects, about which there has been much talk in the past and the present. It is related to the rhetorical and linguistic aspects, and this research comes as one of these episodes that reveal the secret of the uniqueness of the words of the Holy Qur’an in general and the uniqueness of its words in particular, which came in an unprecedented manner and was organized in a non-repetitive way between the folds of its verses, so it was distinguished and unique in that it was not repeated, even its root as well. So it was consistent with the splendor of its presentation and organized in its context, in a tight linguistic system from a wise expert, and to be specific, the research was limited only to the unique words of animals and insects that were mentioned in the entire Qur’an, using the integrative approach that mixes the historical method that traces the phenomenon to the origin of its origin, and from the first to launch it and use it through the times to what it has now settled, and the linguistic analytical method, which is useful in analyzing words linguistically to understand the meaning, then the descriptive method, which monitors the characteristics of the phenomenon and its features, then clarifying this uniqueness, its rhetorical effects, and its aesthetic value. Its graphic secret is a purely artistic work that falls under the artistic method. Accordingly, the study came in three main sections and a conclusion, accompanied by the sources and references of the research. The first of them: the definition of the uniques linguistically and idiomatically, the second: the uniqueness in the critical and rhetorical heritage, and the third: the uniqueness of animals and insects in the Qur’an. Perhaps with this we add a new twist to Qur’anic studies, in fulfillment of the Qur’an, and in enriching its language

Modelling of the Outdoor and Indoor Parameters Affecting the Thermal Performance of a Trombe Wall with Different Spaces

Passive solar technologies (PSTs) can have several positive effects on the environment and future energy-efficient when incorporated into building design and urban planning. A Trombe wall (TW) is a type of passive solar heating system that is used in building design and architecture to collect and store solar heat for later use in heating a structure. Moreover, TW plays an important role in the reduction of a building\u27s cooling load. This paper uses a CFD ANSYS model to conduct a 3D numerical analysis of a TW to investigate the outdoor and indoor parameters that affect the TW. Additionally, the ideal distance between the ground floor and TW is identified

The Impact of Global Financial Crisis on Presented and Returned Checks in Jordan

The purpose of this study is to investigates the effect of global financial crisis (GFC) on the presented and returned checks in Jordan i.e. cause-affect perspective research. The imperial data were collected from the Jordanian Department of Statistics, Central Bank of Jordan, and New York Stock Exchange (NYSE) market data base; the data covered 15 years from 1999 to 2013 to run the analysis. A Bivariate Pearson Correlation and Multiple Regressions were used to test the relationships between GFC and presented and returned checks and the effect GFC on presented and returned checks. A Bivariate Pearson correlation analysis shows that there is a strong significant correlation between presented checks and returned checks. Also, it shows that there is a significant relationship between Dow Jones market drop and increased presented checks. However, it shows that there is no significant correlation between Dow Jones drop and the returned checks. The multiple regressions show that there is a positive effect for GFC on presented checks for clearance in Jordan, and there is a negative effect for GFC on returned checks in Jordan. Generalizing Jordanian results to other countries may be questionable. Therefore, this study recommends extending the analysis to other Arab countries to mitigate the issue of generalizing conclusions on other countries. This study also may be considered as an initiative study which considered the effect of GFC on presented and return checks in Jordan.

Synthesis of Diarylpyrazoles Containing a Phenylsulphone or Carbonitrile Moiety and their Chalcones as Possible Anti-Inflammatory Agents

A series of chalcone-based diarylpyrazoles containing a phenylsulphone or carbonitrile moiety was synthesized. Thus, 3-acetylpyrazoles 6a–c and 10a–c were used as useful substrates in facile synthesis of functional pyrazoles 7a–f and 11a–f, respectively. The anti-inflammatory activity and ulcerogenic effect were evaluated and some of the obtained products possessed a significant anti-inflammatory activity. 1-[1-(3-Methylphenyl)-5-phenyl-4-(phenylsulfonyl)-1H-pyrazol-3-yl]ethanone (6b) showed a high activity when compared with indomethacin as reference drug with lower gastrointestinal (GI) profile. Furthermore, molecular docking studies were performed in order to rationalize the obtained biological results

Farāʾid Alfāẓ An-nābaāt fī al-Qurʾān al-Karīm: Dirāsaẗ fī al-‘iʿjāz al-Luġhowiy Wā At-Tarbiyah Al-Islaamiyah

This research is reveal the secrecy of the plant's sentences in the Qur'an, both specific and general aspects as it has not been previously revealed. This in-depth study in uncovering this uniqueness presents beauty because it is not repeated, and has root words so that it can be seen clearly the beauty of the presentation and arranged according to the context of the study is a clear linguistic system for those who understand. In addition to this linguistic beauty, the usefulness of this study also has meaning from the philosophical aspect of living life which can be used as a life lesson in the form of the value of life. This research is descriptive phenomenological research that uses an integrative approach and linguistic analysis by combining historical methods that explore phenomena both from the aspect of the word origin and the depth of meaning from the philosophical aspect of education. This research consists of two parts, namely the linguistic and philosophical aspects of Islamic education. From the linguistic aspect, there are three studies, namely the definition of linguistic and idiomatic characteristics, critical and rhetorical inheritance, and the uniqueness of plants in the Qur'an. Meanwhile, from the philosophical aspect of education, it is to explore the beauty of God's creation and make it an example in human life that provides many benefits to the surrounding environment. The results of the study conclude that ‎the study of plants in the Qur'an has diverse characteristics which are extremely beautiful in enriching language ‎scholarship and having a philosophical value from the living ways of plants that ‎ give benefits. The Qur'an has many unique characteristics, both historically and in contemporary reality. One of the uniqueness is the linguistic and rhetorical aspects of the word plant. The development of plants that provide many benefits to the surrounding nature can be imitated by humans as intelligent beings