A How Do Creep and Shrinkage Affect the Behavior of Structures? -- Differentiation Among Types of Stresses and of Action Effects According to Their Causes -- The Effects of Shrinkage -- The Effects of Creep -- Summary of the Effects of Creep and Shrinkage -- B Behavior of Materials -- General Rheological Description of the Deformation Process in Concrete -- Development of the Strength of Concrete -- Data on the Magnitude of Strain -- Prediction Methods -- Deformation Characteristics of Reinforcing and Prestressing Steels -- Comparison with Construction Site Observations -- Prospects for Future Developments -- References for Part B -- C Examples -- Brief Compilation of Formulations for an Estimate of Instantaneous and Time-Dependent Strains -- Summary of Relationships for Calculating the Consequences of Creep and Shrinkage -- Statically Indeterminate Coupling between a Flexible Steel Tension Member and a Concrete Structure -- Internally Statically Indeterminate Coupling between Bonded Reinforcement and Concrete -- Two-fold Internally Indeterminate Coupling between a Rigid Reinforcement Bonded to Concrete: Solution by the Busemann Method -- Two-fold Statically Indeterminate Interaction between Two Unstressed or Prestressed Bonded Tendons and Concrete -- Redistribution Moments in Prestressed Structures which Are Supported Statically Indeterminate. Examples of Internally and Externally Statically Indeterminate Systems -- Systems with Multiple Degrees of Indeterminacy -- Reduction of Constraints which Are Imposed Through Rigid or Near-Rigid Supports -- Constraints Induced by Shrinkage -- Coupling of Structural Components with Different Creep and Shrinkage Properties -- Use of Step-by-Step Integration for Cases which Cannot, or Only with Difficulty, Be Solved in a Closed Mathematical Form -- Possible Ways of Reducing the Redistribution of Action Effects Caused by Creep -- Calculation of Deformations and Camber -- References for Part C -- APPENDIX I Further Explanations to Part B -- Modulus of Elasticity -- The Prediction Method of Rusch-Jungwirth -- Comparison of Prediction Methods for Creep -- APPENDIX II Realistic Calculation of Creep and Shrinkage Effects -- The Differential Equation According to Dischinger -- Finite Difference Methods -- The Trost Method -- The Bažant Method Based on the Effective Modulus -- The Busemann Method for Internally and Multiple Statically Indeterminate Systems -- Special Cases -- Comparison of Results Achieved with Different Methods -- Outlook -- References for Appendix II.