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# Finite Elements in Civil Engineering Applications

DOI link for Finite Elements in Civil Engineering Applications

Finite Elements in Civil Engineering Applications book

# Finite Elements in Civil Engineering Applications

DOI link for Finite Elements in Civil Engineering Applications

Finite Elements in Civil Engineering Applications book

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## ABSTRACT

These proceedings present high-level research in structural engineering, concrete mechanics and quasi-brittle materials, including the prime concern of durability requirements and earthquake resistance of structures.

## TABLE OF CONTENTS

part |97 pages

Constitutive models for quasi-brittle materials

chapter |6 pages

#### The application of Meschke's damage model in engineering practice

chapter |6 pages

#### A coupled damage-viscoplasticity model for concrete fracture

chapter |9 pages

#### Application of the microplane model for three-dimensional reversed-cyclic analysis of reinforced concrete members

chapter |7 pages

#### Application of finite element modelling to the thermo-mechanical behaviour of refractories

chapter |9 pages

#### Effect of particle density on tensile fracture properties of model concrete

chapter |10 pages

#### Application of cohesive element approach to analysis of delamination buckling and propagation in honeycomb panels

chapter |9 pages

#### Implementing an isotropic damage model in Diana: Use-case for the user-supplied subroutine usrmat

part |58 pages

Creep, shrinkage, durability and young hardening concrete

chapter |6 pages

#### Prediction of column shortening due to creep and shrinkage in tall buildings

chapter |8 pages

#### Field measurements versus calculated results for Norwegian high performance concrete structures

chapter |7 pages

#### Heat and stress development during chemical hydration in concrete

chapter |6 pages

#### Deformation behaviour of concrete highway pavements

chapter |6 pages

#### Finite element modeling of early age concrete behavior using DIANA

chapter |6 pages

#### Numerically simulated pore structure and its potential application in high performance concrete

chapter |8 pages

#### Numerical modelling of microstructure development and strength of cementitious materials

chapter |8 pages

#### Development of bond between reinforcement steel and early-age concrete

part |82 pages

Shear in reinforced concrete

chapter |8 pages

#### Fracture analysis of bar pull-out in beam-column joints

chapter |8 pages

#### FEM study on the shear behavior of RC beam by the use of discrete model

chapter |9 pages

#### Finite element modeling of RC members subjected to shear

chapter |9 pages

#### Size effect analysis for shear strength of reinforced concrete deep beams

chapter |6 pages

#### Shear behavior of reinforced ultra light weight concrete beams with shear reinforcement

chapter |8 pages

#### Non-linear analysis of prestressed concrete beams with a total strain based model: FEM model and full-scale testing

chapter |10 pages

#### Ultimate load capacity of reinforced steel fibre concrete deep beams subjected to shear

chapter |9 pages

#### Finite element analysis of shear wall specimens made of ductile fiber reinforced cementitious composites subjected to lateral loading

chapter |10 pages

#### Nonlinear FEM analysis of cap beam to evaluate shear strength against earthquake load

part |72 pages

Masonry and block mechanics

chapter |7 pages

#### Analytical implications on in-plane behavior of unreinforced masonry walls

chapter |8 pages

#### Numerical analyses of the Bargower arch bridge

chapter |9 pages

#### Sensitivity of masonry wall under base-restrained shrinkage

chapter |9 pages

#### Settlement damage of masonry buildings in soft-ground tunnelling

chapter |9 pages

#### Numerical modelling of masonry panels strengthened using FRPs

chapter |6 pages

#### Strength of placed block revetments on dikes determined from field tests

part |74 pages

Geomechanics, steel and rubber

chapter |11 pages

#### Invited paper: Advanced modelling to support innovative developments in tunnelling for Amsterdam North/Southline

chapter |8 pages

#### Invited paper: Deformation of liquefied ground in shaking table tests and its prediction

chapter |8 pages

#### Mechanism of remedial measures against soil liquefaction by shear deformation constraint method

chapter |7 pages

#### New constitutive models in DIANA for rubber-like materials

chapter |10 pages

#### Finite element modeling for the high damping rubber bearing

part |132 pages

Reinforced concrete structures

chapter |9 pages

#### Invited paper: Modal analysis versus time history analysis – concepts for the seismic design

chapter |8 pages

#### Invited paper: Integrated structural performance assessment for reinforced concrete under coupled environment and seismic actions

chapter |8 pages

#### Concrete excavation for patch repair: Non-linear modelling of propped and unpropped conditions

chapter |8 pages

#### A 3D general-purpose dynamic analysis system for bridges considering pounding effects between girders – theory and implementation

chapter |7 pages

#### 3D finite element analysis of multi-beam box girder bridges – assessment of cross-sectional forces in joints

chapter |9 pages

#### Numerical simulations of tests on a segmented tunnel lining

chapter |9 pages

#### Advanced modeling of innovative bored tunnel design Amsterdam North-Southline

chapter |11 pages

#### Two-dimensional finite element analysis on shear performance of RC interior beam-column joints reinforced by a new reinforcing method

chapter |9 pages

#### Finite element analysis of prestressed concrete containment vessel subjected to internal pressure

chapter |7 pages

#### FE guided structural rehabilitation of cooling towers

chapter |4 pages

#### FEM-models applied for unreinforced underwater concrete

chapter |7 pages

#### 3-D finite element deformation analysis of concrete-filled tubular steel column

chapter |5 pages

#### Analysis and design of concrete shells using ultra-high performance fiber reinforced concrete

chapter |6 pages

#### Non-linear behavior of low ductility RC frame under base excitations

part |27 pages

Short papers