Bahria University Libraries: Recent submissions

  • PROVISION OF IT EQUIPMENT FOR LABs / HALLs PCs 
    Bahria University E-8 Campus Islamabad (The News Islamabad, 2025-02-23)
  • پاکستان نیوی کی بحریہ یونیورسٹی کی سلور جوبلی تقریبات 26فروری کو ہونگی 
    Bahria University E-8 Campus Islamabad (Jang Urdu Islamabad, 2025-02-23)
  • Shape Effect of Ferromagnetic Nanoparticles with Variable Heat Source/Sink on Stagnation Point Over a Rotating Disk 
    Abdullah, 01-248222-001 (Computer Sciences, 2024)
    The aim of this work to study Maxwell nanofluid flow on stagnation point over apermeable stretching/shrinking rotating disk is examined. The influence of lamina and spheresh apednanoparticles on stagnation point over ...
  • 2D Seismic Interpretation of Meyal Area, Potwar Basin, Pakistan 
    Qadeer Ahmad; Faisal Mehmood; Mohsin Rasheed (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    The study area (Meyal) is bounded by latitudes 33°22′N and longitudes 72°18'E and is a part of the Meyal block which lies in the northern part of Potwar sub-basin ie North Potwar Deformed Zone (NPDZ) We obtain the seismic ...
  • 2-D Seismic Reflection Data Interpretation of Sanghar Area Sindh, Pakistan 
    Ali Noman, 01-161051-006 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    Sanghar is one of the largest districts of Sindh province, Pakistan. It is located in the center of Sindh and is bounded to the east by India as shown in Figure 1. The district capital Sanghar itself is a small city roughly ...
  • 2-D Seismic Reflection Data Interpretation of Sanghar Area Sindh, Pakistan 
    Shahbaz Gul, 01-161042-099 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    Sanghar is located between Latitude 26° 19' 00" N to 26° 39' 00" N and Longitude 68° 51' 00" E to 69° 16' 00". Sanghar is located in Sindh, Pakistan. Sanghar is a part of the lower Indus basin, which is characterized ...
  • Interpretation of 2D & 3D Seismic Reflection Data of Tobatack Singh Area, Punjab, Pakistan 
    Ammad Ali Qureshi; Asim Raza Kazmi (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    The aim of project is to interpret 2D & 3D-Seismic Reflection time section of the Tobatack singh (PUNJAB Province) area, Pakistan. These Seismic section are Migrated Stack Time Seismic section and are provided to us by ...
  • 2-D Seismic Reflection Data Interpretational of Chaknauran Area (Potwar Basin) 
    Safoora Safdar; Saba Jamshed; Saba Afroz (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    Hydrocarbons are one of the most essential parts of economics of any country. Even on the smaller scale hydrocarbons play a wide role everyday life. Geophysicists are trying since a long time for the exploration of ...
  • 2-D Seismic Reflection Data Interpretation of Thatta East, Southern Indus Basin, Pakistan 
    Muhammad Taimur Javed; Shahid Riaz; Umair Shafique; Syed Waqas Hussain Shah (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    This dissertation is based on the 30-fold 2D-seismic reflection data. The data is acquired from the area THATTA (Sindh), of Pakistan and provided by the LMK Resources by the permission of Directorate General Of Petroleum ...
  • 2D Seismic Reflection Data Interpretation of Kundian, Mianwali Area Punjab, Pakistan 
    Khurram Abbas; Umair ul Hassan (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    Mianwali is pat of Punjab Platform, which is considered to be a gentle eastwardly monocline rise at the Upper Indus Basin. Seismic lines 904-MWI-011, and 904-MWI-026, shot by OGDCL in1965 in Kundian were obtained for studies ...
  • Comparison Between 2D/ 3D Seismic Interpretation Software’s of The Oil Industry 
    Ashraf Raza; Attiqa Malik; Dara Shakoah (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    The basic purpose of doing this project is to get familiar with the oil and gas industry's leading software and to discuss about their specification and make brief comparisons among those leading software of interpretation. ...
  • 2-D Seismic Interpretation of Chak Naurang Area 
    Ahsan Saleem Khan; Hassan Tariq Khan (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    Hydrocarbons are one of the most essential parts of economics of any country. Even on the smaller scale hydrocarbons play a wide role everyday life. Geophysicists are trying since a long time for the exploration of ...
  • 2D Seismic Reflection Data Interpretation of Fort Abbas, Pakistan 
    Ali Raza; Hamid Nawaz; Muhammad Jibran (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
    FORT ABBAS is part of Punjab Platform, which is considered to be a gentle eastwardly monocline rise at the Central Indus Basin. Seismic lines 931-FABS-31, 944-FABS-39, and 944-FABS-40, shot by OGDCL in1992 in FORT ABBAS ...
  • Structural Interpretation of Missa Kaswal Area 
    Rizwan Mubariz; Sheheryar Ali Khan; Nasir Habib (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    Hydrocarbons are one of the most essential parts of economics of any country. Even on the smaller scale hydrocarbons play a wide role everyday life. Geophysicists are trying since a long time for the exploration of ...
  • The Spatial Distribution of Hydrogeological Parameters of CRBC Stage iii Command Area, D.I Khan, N.W.F.P., Pakistan 
    Faqiha Zubair; Zara Bari (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    The hydrogeologic setting of the study area has been elaborated with the help of lithological logs, and chemical analyses of the groundwater provided by the WAPDA published reports. A lithological model has been constructed ...
  • Interpretation of 2D Seismic Reflection Data of Qadirpur Area, Sindh, Pakistan 
    Haris Razzaq; Muhammad Sajid; Ahmed Imtiaz Abbasi (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    The aim of project is to interpret 2D-Seismic Reflection time section of the QadirPur (SIND Province) area, Pakistan. These Seismic section are Migrated Stack Time Seismic section and are provided to us by DGPC.These lines ...
  • 2D Seismic Interpretation of Seismic Lines, KDR89-21 & KDR89-03, Khairpur Area 
    Muhammad Aftab; Hassan Bin Naeem (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    Seismic data provides the deeper information about the subsurface details relative to the other geophysical methods. In this method physical measurements are made at the ground surface, which are then interpreted in terms ...
  • 2-D and 3-D Seismic Acquisition, Planning and Design 
    Muhammad Aamir Bashir; Laeeq Ahmed (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    The object of seismic reflection prospecting is to delineate subsurface geological structures using the ability of some horizons within the earth to reflect sound waves. The basic principle of seismic method is the ...
  • Geological Mapping of NWFP (Pakistan) Using Geographical Information System 
    Huma Zainab Nayani (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    A Geographical Information System (GIS) of N.W.F.P. has been developed, using ArcView GIS. The project deals with the infrastructure of N.W.F.P, which includes major landmarks, railways, roads etc. the project also deals ...
  • Source Rock Evaluation of Patala & Chichali Formations, Upper Indus Basin, Pakistan, Based On Available Data 
    Irfan Mahmood; Muhammad Usman; Syed Nigah Haider (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2007)
    Organic carbon content, of most of the samples of Chichali shales, studied in the southern Hazara area, probably once represented very well to excellent source potential, because the current extraordinarily very low values ...