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unit one  text  introduction to mechanics of materials  reading material a  shear center  b  allowable stress design and strength designunit two  text  the tensile test  reading material a  comparative study of the mechanicalproperties of ductile and brittle materials  b  strength theoriesunit three  text  application of mechanics of materials and its study method  reading material a  stress  b  method of sectionsunit four  text  description of the force and displacement  method  reading material a  types of beams  b  methods of joints and sections for analyzing a trussunit five  text  structure of buildings  reading material a  structural planning and design  b  types of loads and types of stressunit six  text  purpose of structural analysis, modeling of  structures and relation of analysis and design  reading material a  matrix analysis of structures by thestiffness method  b  equilibrium of single membersunit seven  text  properties of concrete and reinforced concrete  reading material a  property of structural steel  b  nature of wood and masonryunit eight  text  building code £¨¢¡£©  reading material a  building code £¨¢¢£©  b  building code £¨¢££©unit nine  text   early history of cement and concrete  reading material a  the hydration reaction  b  distress and failure of concreteunit ten  text  advantages and disadvantages of concrete and itswater-cement ratio  reading material a  slump test and concrete proportioning  b  curing concreteunit eleven  text  mortar  reading material a  water retentivity  b  cement mortar and lime mortarunit twelve  text  general plannting considerations  reading material a  housing  b  houseunit thirteen  text  factory design  reading material a  modern building construction  b  buildingunit fourteen  text  fundamental objective of structural  dynamics analysis  reading material a  organization of the text  b  methods of discretizationunit fifteen  text  contents of theory of elasticity  reading material a  basic assumptions in classical elasticity  b  members in a state of two-dimensional stressunit sixteen  text  historical development of finite element method  reading material a  general description of the finite elementmethod  b  introduction of displacement approachappendix i  vocabularyappendix ¢¢  translation for referenceappendix ¢£  key to exercises