Egesi N, Akaha C. Engineering-Geological Evaluation of Rock Materials from Bansara, Bamenda Massif Southeastern Nigeria, as Aggregates for Pavement Construction. Geosciences. 2012;2(5):107–11.Search in Google Scholar
Aggregates for Concrete De-veloped by ACI Committee E-701. ACI Education Bulletin. 2007;Search in Google Scholar
Neville AM. Properties of Concrete. 4 th ed. Pearson Education Asia Pte. Ltd; 2000.Search in Google Scholar
Lopez-Buendia AM, Climent V, Verdu P. Lithologi-cal Influence of Aggregate in the Alkali-Carbonate Reactio. Cement and Concrete Research, Elsevier Ltd Valencia, Spain. 2006;36.Search in Google Scholar
Bilqees R, Shah MT. Industrial Applications of Limestone Deposits of Kohat, NWFP-a research towards the sustainability of the deposit. Pakistan Journal of Scientific and Industrial Research. 2007;50(5):293–8.Search in Google Scholar
Jan N, Bilqees R, Riaz M, Noor S, Younas M. Study of Limestone of Nizampur area for Industrial utilization. Jour Chemical Society of Pakistan. 2009;(1):16–20.Search in Google Scholar
Bilqees R, Khan T, Pirzada N, Abbas SM. Indus-trial applications of Abbottabad limestone: Utilizing its chemi-cal and engineering properties. Journal of Himalayan Earth Sciences. 2012;45(1):91–6.Search in Google Scholar
Haq IU. To Investigate the Suitability of Coarse Aggregate Sources Available in Districts Nowshera for use in ordinary structural concrete. Peshawar; 2012.Search in Google Scholar
Gondal MI, Ahsan N, Javaid AZ. Engineering properties of potential aggregate resources from eastern and central Salt Range, Pakistan. Pakistan Geological Bulletin of Punjab University. 2009;44:97–103.Search in Google Scholar
Ghaffar A, Siddiqi ZA, Ahmed K. Assessing Suita-bility of Margalla Crush for Ultra High Strength Concrete. Pa-kistan Journal of Engineering and Applied Science. 2010;7:38–46.Search in Google Scholar
Iqbal MM, Chaudhry MN, Khan ZK. Allai Aggregate f or Rehibilitation And Reconstruc-tion of October 8. Bulletin Punjab University. 2005;44:43–54Search in Google Scholar
Kevern JT, Wang K, Schaefer VR. Effect of coarse aggregate on the freeze-thaw durability of pervious concrete. J Mater Civ Eng [Internet]. 2010;22(5):469–75. Available from: http://dx.doi.org/10.1061/(asce)mt.1943-5533.0000049Search in Google Scholar
Fookes PG, Gourley CS, Ohikere C. Rock weathering in engineering time. q j eng geol [Internet]. 1988;21(1):33–57. Available from: http://dx.doi.org/10.1144/gsl.qjeg.1988.021.01.03Search in Google Scholar
Ahsan N, Baloch IH, Chaudhry MN, Majid CM. Strength Evaluation of Blends of Lawrencepur, Chenab and Ravi Sands with Lockhart and Margala Hill Limestones for use in Concrete, Special Issue Pakistan Museum of Natural History. Pakistan Science Foundation. 2000; 213–40.Search in Google Scholar
Jan MQ, Agheem MH, Laghari A, Anjum S. Geology and petrography of the Nagar Parkar igneous complex, southeastern Sindh: the Dinsi body. J Himal Earth Sci. 2014;47:1–14.Search in Google Scholar
Kazmi AH, Khan RA. The report on the geology, min-erals and water resources of Nagar Parkar, Pakistan. Pakistan Geol Surv Pak Inf Release. 1973;64:1–32.Search in Google Scholar
Jan MQ, Laghari A, Khan MA. Petrography of Nagar Parkar igneous complex, Tharparkar, southeast Sindh. Geol Bull Univ Peshawar. 1997;30:227–49.Search in Google Scholar
Muslim M, Akhtar T, Khan ZM, Khan T. Geology of Nagar Parkar area, Thar Parkar district, Sindh, Pakistan. Geol Surv Pak Inf Release. 1997;605:1–21.Search in Google Scholar
Ahmad SM, Chaudhry MN. A-type granites from the Nagarparker complex, Pakistan: geochemistry and origin. Geol Bull Punjab Univ. 2008;43:69–81.Search in Google Scholar
Khan T, Murata M, Rehman HU, Zafar M, Ozawa H. Nagarparker granites showing Rodinia remnants in the southeastern part of Pakistan. J Asian Earth Sci [Internet]. 2012;59:39–51. Available from: http://dx.doi.org/10.1016/j.jseaes.2012.05.028Search in Google Scholar
Pathan MT, Rais A. Preliminary report of the investiga-tion of Nagarparkar igneous complex. Sindh Univ J Sci. 1975;1:93–7.Search in Google Scholar
Ahmad SM, Chaudhry MN. Geochemical characteriza-tion and origin of the Karai-gabbro from the Neoproterozoic Nagarparker complex, Pakistan. Pakistan Geol Bull Punjab Univ. 2007;42:1–14.Search in Google Scholar
Ahsan SN, Firdous R, Mastoi AS, Ghuryani S. Dhedvero iron oxide-gold±copper prospect, a preliminary evaluation, Nagar Parker Taluka, Thar Parker District, Sindh, Pakistan. Geol Surv Pak Inf Release. 2008;872:1–29.Search in Google Scholar
Standard Test Method for Soundness of Aggregates by using Sodium Sulphate or Magnesium Sul-phate. ASTM C. 2013;88.Search in Google Scholar
Testing aggregates - Part 110: Methods for determination of aggregate crushing value (ACV). BSI British Standards Institution BS. 1990;812.Search in Google Scholar
British Standard Institute BS 812-112: 1990. Methods for determination of aggregate impact value. AIV;Search in Google Scholar
Standard Test Method for Resistance to Degradation of Small Size Coarse Aggregates by Abrasion and Impact in the Los Angeles Machine. 2013.Search in Google Scholar
Standard Test Method for Potential Alkali Silica Reactivity (Chemical Method). 2006.Search in Google Scholar
Standard Test Method for Petrographic Examination of Aggregates for Concrete. 2012.Search in Google Scholar
Khan T, Murata M, Zafar M, Hafiz Ur Rehman &. Origin of the mafic dykes in Na-garparker area of Pakistan. Arab Journal Geosciences. 2015;8:6095–104.Search in Google Scholar
Raza HA, Ahmed R, Ali SM, Sheikh AM, Shafique NA. Exploration performance in sedimentary zones of Pakistan. Pakistan Journal of Hydrocarbon Research. 1989;1:1–7.Search in Google Scholar
Biswas SK. A review of structure and tectonics of Kutch basin, western India with special reference to earth-quakes. Current Science. 2005;88:1592–600.Search in Google Scholar
Muhammad A. Preliminary econom-ic evaluation of granite deposits of Nagarparkar, district Tharparkar. Vol. 861. Sindh, Pakistan; 2007.Search in Google Scholar