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مولانا محمد عارف سنبھلی

مولانا محمد عارف سنبھلی
دارالعلوم ندوۃالعلما کے تفسیر و عقائد کے استاد مولانا محمد عارف سنبھلی ۹؍ جون ۲۰۰۶؁ء کو جمعہ کے دن دفعتہ وفات پاگئے، فجر کی نماز اور ضرورتوں سے فارغ ہونے کے بعد یکایک ان پر کپکپی طاری ہوئی، گھر والوں سے کچھ اڑھانے کے لیے کہا مگر چند ہی سکنڈ میں ان کی روح قفس عنصری سے پرواز کرگئی، اناﷲ وانا الیہ راجعون۔
وہ عرصے سے ندوۃالعلما میں درس و تدریس کی خدمت انجام دے رہے تھے اس سے پہلے دوسرے مدارس سے وابستہ تھے، ایک زمانے میں جامعۃ الرشاد اعظم گڑھ سے منسلک تھے اور دارالمصنفین کے کتب خانے سے استفادے کے لیے مولوی حبیب اﷲ رانچوی ندوی کے ساتھ یہاں آتے اور لوگوں سے ملنے جلنے کے بجائے سارا وقت مطالعہ میں گزارتے، مولوی حبیب اﷲ سے میرا تعلق پرانا تھا ان ہی کے ساتھ میرے پاس آجاتے مگر وہ کم آمیز تھے اس لیے زیادہ کھل کر باتیں نہیں کرتے، ندوہ میں تو بڑی چہل پہل تھی مگر وہاں بھی کسی سے بہت بے تکلف نہیں دیکھا، عصر بعد مولانا علی میاں کی مجلس میں ضرور شریک رہتے مگر دوسروں کی طرح بڑھ چڑھ کر باتیں نہ کرتے خاموشی سے بیٹھے رہتے۔
مولانا عارف صاحب کا مطالعہ وسیع تھا، قرآنیات، کلام و عقائد سے شغف تھا، تفسیر و قرآنیات سے مناسبت کی بنا پر اترپردیش اردو اکادمی نے مولانا عبدالماجد سمینار کے ان مقالات کی ایڈیٹنگ ان کو سپرد کی تھی جو مولانا کی تفسیر پر تھے، ان میں میرا بھی مضمون تھا، اتفاق سے میں ندوہ گیا تو مجھ کو اپنے گھر لے گئے اور کہنے لگے کہ آپ کا مضمون مجھے بہت پسند ہے اور میں چاہتا ہوں کہ پورا چھپے مگر اکادمی کے ذمہ داروں کا اصرار ہے کہ یہ طویل ہے، آپ آگئے ہیں تو اس...

A Diasporic Study of Cultural Identity in Ayad Akhtar’s Disgraced and American Dervish

This research studies Ayad Akhtar’s Disgraced and American Dervish to scrutinize Pak-Muslim-American hyphenated ambivalent assimilationist diaspora identity in the complicated sociopolitical institutionalized mechanism functioning behind the distorted version of global Pak-Muslim identity, which is struggling against scripted stereotypes in prejudiced American society, a place which gives no space to diaspora existence to hold on native cultural values and to retain ethno-religious profile. Western hegemonic politics of identity is not just limited to misrepresentation of Pak-Muslim identity. The present research also examines how it regulates a disfigured social profile of Pak-Muslim diaspora by managing a reflexive autonomy which entails a problematized social recognition of Pak-Muslim diaspora identity and a loathing expression of self-recognition and resultantly ensures denouncement of native identity and pushes diaspora towards the maintenance of an assimilationist Americanized identity to escape the tragedy specific to Pak-Muslim diaspora most specifically in post-9/11 scenario. But maintenance of an essentialist or monolithic identity cannot be simplified to apparent Americanized identity as the in-between state of diaspora existence by no means let it develop an essentialist Americanized identity and not even hardliner Pak-Muslim tendency works to retain its originality but it ends in a fractured and fragmented identity that keeps oscillating between two extremes to make sense of its essence or existence. Both texts hit deep into the core of the Pak-Muslim diaspora’s fragmented psyche to narrate the diasporic state of being struck between dual cultural affiliation and plurality of identity by depicting the inconsistencies it possesses. This study manages to approach the Pak-Muslim diaspora identity contextualized in the background of 9/11 and the pre-9/11 Western notion of Islamophobia in terms of fundamentalism and explores it on the dual grounds of self and social recognition. The analysis, far from any notion of fixity, manifests it, as a spectrum between extreme eastern and western divides.

Study of Particle Loaded Composites Fabrication Using Liquid Composite Moulding Technique

The particle loaded composites are being used widely for enhanced/tailor-made properties (mechanical, thermal, electrical, etc.) in the end product. Although the particle loaded composites find application in a number of areas, very little information is available on the fabrication of particle loaded composites using liquid composite moulding techniques, the experimental results and characterisation of particle filtration. Also, the effect of filler addition on shape distortion (warpage and spring-in) has not been reported in the literature. Therefore, this study focusses on the three aspects of particle loaded composites, i.e. fabrication process (flow and filtration), product shape (warpage and spring-in) and properties (mechanical). Composite plates were fabricated by VIM process from glass woven fabric and vinyl ester resin, using line injection under the action of vacuum, with different concentrations (0, 0.5%, 1.0%, 1.5% and 2.0%) of silica microparticles (1.128 μm). It was observed that the mould filling time increases as the concentration of filler particles increases in the suspension. It was observed that the front progresses more rapidly near the entrance, and then its movement slows down during the filling. The effect of particle filtration on the thermal expansion coefficient (CTE) along the composite length was also observed. This phenomenon has not been studied/reported in the literature, as a measure of particle filtration. It was found that the CTE was low at the inlet indicating a high particle concentration. Then a gradual decrease in the particle concentration was observed from the inlet towards the outlet. Near outlet, the particle concentration was found to slightly increase due to particle deposition. COMSOL Multiphysics® Modelling Software (v5.3) was also used for the numerical study of flow process and filtration. The numerical and experimental results were found to be in accordance with each other. In the next part, the effect of fillers on shape distortion in flat and angled part composites was studied. For this purpose, composite plates and angled parts reinforced with UD glass fabric were prepared from vinyl ester resin, both with and without fillers. The experimental results showed a 51.6% decrease in the curvature in thin plates by the addition of 5% silica particles. Similarly, the spring-in angle was also found to decrease by 65% in the angled composite parts. The curvature and spring-in were also simulated using COMSOL Multiphysics® Modelling Software (v5.3), and results were in close correlation with the experimental values. The mechanical properties (tensile, flexural, impact and shear) of composite materials were also found to increase after the addition of particles.
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