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Mechanics and Design of Concrete Structures Assignment help


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1.054 Mechanics and Design of Concrete Structures 

  • Studies strength, deformation of concrete , various states of stress, failure criteria, concrete plasticity, fracture mechanics, fundamental behavior of reinforced concrete structural systems , members, basis for design
  • code constraints, high performance concrete materials, use in innovative design solutions, yield line theory for slabs, behavior models, nonlinear analysis, Covers complex systems, bridge structures, concrete shells, containments

Topics for Mechanics and Design of Concrete Structures

  • Physical properties of concrete, masonry and steel reinforcement, Classification of actions, characteristic and design values of actions, Basic informations about common structural design rules , design of whole concrete structures and components, The principles and requirements for the safety, serviceability of concrete structures, durability of concrete structures
  • design and verification, Rheology, design model and actions on concrete members , simple structures, Design of reinforced concrete beam , flexure and shear force , combination of normal force and bending moment, Serviceability Limit States , design of masonry members, cement and concrete, Limit state design, Probability concepts, partial safety factors, Failure case studies
  • Material properties, Hydration and strength of cement paste, Uniaxial properties of concrete, Concrete under multiaxial stress, Durability, Net Present Value, whole life costing, Deterioration of concrete, Water migration through concrete, concrete in fire , Corrosion of steel in concrete, preventative measures, Reinforced concrete structures , Serviceability, crack widths, deflections , Initial sizing of members , Beams, slabs and frameworks at ultimate limit state, Column design, instability, Shear failure , fracture mechanics, Truss analogy, torsion
  • reinforced concrete structural systems ,basis for design ,code constraints,high-performance concrete materials ,yield line theory ,behavior models ,nonlinear analysis,complex systems,bridge structures,concrete shells

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