01008nam a22002057a 4500952013000000999001700130040003600147082001300183100003400196245009800230260003600328300004200364500014500406500003900551500004200590502005900632546001200691650009200703942000700795  00104070afsdbfsdd2022-03-25eRiphah international university l0o510 INAp82818r2022-03-25 00:00:00t1w2022-03-25yTH  c43080d43080  cRiphah International University  a510bINA  aInam-Ur-Rehman (F18A14G06012)  aHeat and mass transfer of nanofluid flow over inclined surface with uniform suction injection  aFaisalabadb(unpublished)c2020  aii, 52 p. b: ill., (col.)c; 30 cm.   aSubmitted in fulfillment of the requirements for the degree of Master of Philosophy in Mathematics faculty of Basic Sciences and Humanities.  aThesis supervisor: Dr. Imran Anwar  aIncludes bibliographical references.
  aThesis (M.Phil)--Riphah International Univeristy, 2016  aEnglish  aHeat and mass transferaMathematicsvNanofluid vShear stressvDynamic viscosity vFBSH  cTH