Tungsten mine waste mud (TMWM) geopolymeric binder is a new cementitious material with a very high early age strength. It is obtained from dehydroxylated mine waste powder mix with minor quantities of calcium hydroxide and activated with NaOH and water-glass solutions. Tests on properties of TMWM binders such as workability, setting time, unrestrained shrinkage, water absorption and static modulus of elasticity were carried out and the results are reported in this paper. This is followed by comparisons with literature related data and a discussion about it. The results showed that current devices use to assess OPC fresh properties are not recommended to evaluate TMWM binders. It has also been found that traditional procedures used to evalu...
The mineralogical properties of tungsten mining waste mud (TMWM) make its valorisation and re-usage ...
Introduction: Geopolymers are the modern inorganic materials obtained as a result of chemical reacti...
The mechanical properties of alkali-activated binders based on blends of tungsten mining waste mud (...
This paper reports some results of a research project related to the development of a new binder usi...
Geopolymeric mine waste mud (GMWM) binders are obtained from dehydroxylated waste powder mixed with ...
Geopolymeric binders appear to be an alternative to traditional Portland cement, due to high mechani...
Strength data show that the parameters, which lead to optimum strength for 7 days curing, remain the...
Tungsten mine waste mud (TMWM) was investigated for its potential use as repair material of ordinary...
This paper reports preliminary results of a PhD research project related to the development of an al...
This paper reports preliminary results of a PhD research project related to the development of an al...
This study presents the development and experimental assessment of novel, high strength, cementless ...
peer reviewedOne of the most promising cement alternatives are geopolymer cements. The term “geopol...
The investigation concerns the use of the optimum mix proportion of two locally available pozzolanic...
This paper reports results of a research project related to the development of geopolymeric binder u...
An experimental preliminary investigation was conducted to evaluate bond strength between Ordinary P...
The mineralogical properties of tungsten mining waste mud (TMWM) make its valorisation and re-usage ...
Introduction: Geopolymers are the modern inorganic materials obtained as a result of chemical reacti...
The mechanical properties of alkali-activated binders based on blends of tungsten mining waste mud (...
This paper reports some results of a research project related to the development of a new binder usi...
Geopolymeric mine waste mud (GMWM) binders are obtained from dehydroxylated waste powder mixed with ...
Geopolymeric binders appear to be an alternative to traditional Portland cement, due to high mechani...
Strength data show that the parameters, which lead to optimum strength for 7 days curing, remain the...
Tungsten mine waste mud (TMWM) was investigated for its potential use as repair material of ordinary...
This paper reports preliminary results of a PhD research project related to the development of an al...
This paper reports preliminary results of a PhD research project related to the development of an al...
This study presents the development and experimental assessment of novel, high strength, cementless ...
peer reviewedOne of the most promising cement alternatives are geopolymer cements. The term “geopol...
The investigation concerns the use of the optimum mix proportion of two locally available pozzolanic...
This paper reports results of a research project related to the development of geopolymeric binder u...
An experimental preliminary investigation was conducted to evaluate bond strength between Ordinary P...
The mineralogical properties of tungsten mining waste mud (TMWM) make its valorisation and re-usage ...
Introduction: Geopolymers are the modern inorganic materials obtained as a result of chemical reacti...
The mechanical properties of alkali-activated binders based on blends of tungsten mining waste mud (...