Nanoindentation is usually used to investigate local elastic properties and hardness of materials. In this paper, the nanoindenter served as a loading tool to perform micro scale bending tests and measure the global response of micro-scale specimens. For testing, cement paste cantilever beams with a square cross-section of 300 μm × 300 μm were fabricated using a micro dicing saw. Monotonic, cyclic and sustained loading bending tests were conducted on the beams using the nanoindenter. The load-deflection behaviours of micro-cantilever beams subjected to various loading conditions are presented in this paper. The interpretation of experimental results regarding the measured deflection of beam is discussed. With this micro-scale test method, t...
This study proposes an experimental method for studying the short-term creep behaviour of cement pas...
This paper provides in depth novel exploration of the local mechanical properties of nanocomposite c...
© 2018 Elsevier Ltd Advanced characterization techniques have provided powerful tools for characteri...
Nanoindentation is usually used to investigate local elastic properties and hardness of materials. I...
Cement paste is the main binding component in concrete and thus its fundamental properties are of gr...
This study presents an experimental investigation of the rate-dependent mechanical properties of cem...
Cement paste is the glue that holds concrete together and any improvements in material performance w...
Rapid advances in the field of material science have allowed for vast improvements in materials char...
Nanoindentation technique is used to assess the mechanical properties of materials at nano-level. A ...
This paper presents an experimental investigation on the short-term creep recovery of cement paste a...
Nanoindentation is used for characterization of small scale material properties of hydrated cement. ...
Cementitious materials are heterogeneous on mutliple length scales, from nanometres to metres. Conse...
The aim of this paper is to investigate the fracture performance of cement paste at micro scale by b...
This work aims to provide a method for numerically and experimentally investigating the fracture mec...
The nanoindentation technique is already widely applied in the mechanical characterization of the mi...
This study proposes an experimental method for studying the short-term creep behaviour of cement pas...
This paper provides in depth novel exploration of the local mechanical properties of nanocomposite c...
© 2018 Elsevier Ltd Advanced characterization techniques have provided powerful tools for characteri...
Nanoindentation is usually used to investigate local elastic properties and hardness of materials. I...
Cement paste is the main binding component in concrete and thus its fundamental properties are of gr...
This study presents an experimental investigation of the rate-dependent mechanical properties of cem...
Cement paste is the glue that holds concrete together and any improvements in material performance w...
Rapid advances in the field of material science have allowed for vast improvements in materials char...
Nanoindentation technique is used to assess the mechanical properties of materials at nano-level. A ...
This paper presents an experimental investigation on the short-term creep recovery of cement paste a...
Nanoindentation is used for characterization of small scale material properties of hydrated cement. ...
Cementitious materials are heterogeneous on mutliple length scales, from nanometres to metres. Conse...
The aim of this paper is to investigate the fracture performance of cement paste at micro scale by b...
This work aims to provide a method for numerically and experimentally investigating the fracture mec...
The nanoindentation technique is already widely applied in the mechanical characterization of the mi...
This study proposes an experimental method for studying the short-term creep behaviour of cement pas...
This paper provides in depth novel exploration of the local mechanical properties of nanocomposite c...
© 2018 Elsevier Ltd Advanced characterization techniques have provided powerful tools for characteri...