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Begum Rana Liaquat Ali Khan

Thesis Info

Author

Arjumand Jamshed

Department

Deptt. of History, QAU.

Program

Mphil

Institute

Quaid-i-Azam University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2004

Thesis Completion Status

Completed

Page

xi,234

Subject

History

Language

English

Other

Call No: DISS/M.Phil HIS/124

Added

2021-02-17 19:49:13

Modified

2023-02-19 12:33:56

ARI ID

1676715440412

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مولانا انعام الحسن کاندھلوی

مولانا انعام الحسن کاندھلوی مرحوم
امیرالتبلیغ مولانا انعام الحسن کاندھلوی شنبہ ۱۰؍ جون بروز عاشورہ محرم اپنے مالک حقیقی سے جاملے، اناﷲ وانا الیہ راجعون۔
اس دور قحط الرجال میں ان کی وفات قوم و ملت کا بڑا جانکاہ حادثہ ہے، وہ کاندھلہ ضلع مظفر نگر کی مردم خیز بستی کے صدیقی شیوخ کے اس مشہور خاندان سے تعلق رکھتے تھے جس میں کئی پشتوں سے اہل علم و فضل اور اصحاب رشد و ہدایت پیدا ہوتے رہے ہیں، شاہ عبدالعزیز محدث دہلوی کے نامور و محبوب شاگرد مفتی الہٰی بخش اسی خاندان کے جد امجد تھے، اس خانوادے کے افراد حضرت سید احمد شہیدؒ کی تحریک جہاد و احیائے اسلام میں بھی پیش پیش رہ چکے ہیں، علم و عمل کی اسی جامعیت اور بلند نظر و علوئے ہمت کی خاندانی روایت نے اس خاندان کو مولانا محمد الیاسؒ اور ان کے صاحبزادے مولانا محمد یوسفؒ کے سے داعیان حق بخشے جو اسلام کی تبلیغ و اشاعت، خلوص و ﷲیت اور تقویٰ و بے نفسی میں نمونہ سلف صالحین تھے۔
مولانا انعام الحسن صاحب مرحوم نے مولانا محمد الیاسؒ کے دامن عاطفت میں تربیت پائی، ان کے والد مولوی اکرام الحسن صاحب مرحوم نے جو مولانا الیاسؒ کے حقیقی بھانجے تھے، علی گڑھ مسلم یونیورسٹی سے گریجویشن اور قانون کی سند حاصل کی تھی، وہ ایک کامیاب وکیل تھے، لیکن اس پیشہ کو ترک کر کے انہوں نے مدرسہ مظاہر العلوم کی خدمت کو اپنا مشغلہ بنالیا، مولانا انعام الحسن صاحب ان کے اکلوتے صاحبزادے تھے یہ ۱۹۱۸؁ء میں پیدا ہوئے اور خاندانی روایت کے مطابق پہلے کمسنی ہی میں قرآن مجید حفظ کیا اور اسی کمسنی میں وہ اپنے والد کے ہمراہ دلی، مولانا الیاسؒ کی خدمت میں آگئے، اپنے مربی سے مشکوٰۃ اور مولانا احتشام الحسن کاندھلوی مولف حالات مشائخ کاندھلہ سے جلالین...

رسم عثمانی میں غیر موجود اور صحیح سند سے ثابت قراءات کا حکم

Some of the variant readings of the Holy Quran having a sound chain of narration are not included in the Uthmanic Maṣāḥif (Codices). Hence, following three probabilities can be deduced about these readings; First: Those were abrogated in ʿArḍah Akhīrah (the last revision). Second: Those might be among those explanatory notes of the Holy Text by Prophet Muhammad (SWA) that were erroneously written by a few companions within the actual text of Quran considering them a part of the Quran. Third: Those may belong to such Aḥruf (readings) that were authentically transmitted from the Messenger of Allah (SWA) but, they were not mentioned in the orthography of the Uthmanic Maṣāḥif by the compilers due to any possible reason. To us, if we come across any authentically narrated recitation of the senior Qurrāʾ companions that seems contrary to the orthography of the Uthmanic Maṣāḥif and there is no proof of their being from the second category, then, it is better to consider them from the third category instead of the first one.

Numerical Solutions of Unsteady Models of Non-Newtonian Fluids

The aim of this thesis is to examine the unsteady effects in the two or three dimensional boundary layer flow of non-Newtonian fluids along with the presence of different physical factors. Heat and mass transfer is involved with first order chemical reaction. In some cases, soret and dufour effects are also investigated. The flow models are explained in terms of continuity, momentum, energy, concentration equations which are converted into dimensionless form by using similarity transformation. Solutions are then obtained by an analytic-numeric technique Homotopy analysis method (HAM) and then comparison is shown by using Runge-Kutta-Fehlberg algorithm with shooting method. Convergence of solution and graphs of error analysis are also included to check the authenticity. Study of motion of the fluid’s behavior with heat and diffusion processes are depicted vividly through graphs and tables against different pertinent parameters. It is observed that magnetic force always slows down the velocity rate and presence of Casson and Maxwell parameter enhances the thermal and solute boundary layer as compared to the steady model. In Chapter 2, an endeavor is applied to observe the approximate solutions of unsteady two-dimensional boundary layer flow with heat and mass transfer behavior of Casson fluid past a stretching sheet in presence of wall mass transfer and 1st order chemical reaction. After adopting the similarity transformation; Homotopy analysis method (HAM) is applied to solve these ordinary differential equations. Numerical work is done carefully with a wellknown software MATHEMATICA for the examination of non-dimensional velocity, temperature, and concentration profiles, and then results are presented graphically. It is observed that involvement of time dependent factor reduces the thermal but enhances the solute boundary layer as compared to the steady model. v The Chapter 3 is useful to investigate the analytic-numeric solutions of an unsteady 3-D MHD Casson fluid flow which is embedded in a porous medium past a stretching sheet under the heat transfer influence. The similarity transformation is adopted to convert the partial differential equations of current model into its dimensionless form. Then, it is solved by employing an algorithm of a powerful technique Homotopy analysis method (HAM). After that, solutions are compared by invoking Runge-Kutta based shooting method. The theme of Chapter 4 is to study the first-order chemically reacting Maxwell fluid past a stretching sheet embedded in a porous medium with the discussion of wall mass transfer and Soret, Dufour effects. HAM is invoked on the dimensionless form of flow model for the series solution; where numerical simulation is carried out by a powerful software MATHEMATICA. Furthermore, the impact of disparate physical parameters on the flow, temperature and concentration profiles are shown vividly. Errors graphs are also there to show the authenticity of results. At the end, in Chapter 5, a precise note or conclusion related to whole of my thesis is provided.