Add to ORKGThe work presented in this licentiate thesis was carried out within the project task Use of industrial by-products and filler in concrete, part Early-age strength development at low temperatures in concrete with mineral additions/fillers. To improve the understanding and to increase the data available, the study investigated the development of compressive strength and heat of hydration while curing at 5°C compared with curing at 20°C. Heat and strength development were investigated for different types of mineral additions and filler. The result was used to calculate the early-age k-value of the additions
This paper reports the results of the experiment on resistance to frost damage at early age and stre...
Conventionally, curing is performed by moisturizing concrete periodically when the fresh concrete is...
In the recent years, there is an environmental issue of cement industry being the main contributor o...
In recent years, use of low heat Portland cement is promoted. However, there was no general method t...
In the field of construction, securing the early strength of concrete (on the first and third days o...
The work deals with the study of the development of compressive strength of concrete at low temperat...
The advisability of controlling the temperature rise and fall in concrete at early age is well recog...
It is commonly accepted that high curing temperature (near 60°C or above) results in reduced mechani...
Heat of hydration up to 72 hours and compressive strength up to 7 days of Portland cement and 17 bin...
The advisability of controlling the temperature rise and fall in concrete at early age is well recog...
The main aim of this thesis is to refine models for strength and heat development of the young concr...
The effect of high-temperature curing at an early age on the strength development of concrete using ...
The early-age performances of cement-based mixtures are governed by cement hydration reactions. As a...
When predicting the growth of strength and maturity of hardening concrete, the role of the temperatu...
This study presents the results of investigation of the effects of temperature variation on the comp...
This paper reports the results of the experiment on resistance to frost damage at early age and stre...
Conventionally, curing is performed by moisturizing concrete periodically when the fresh concrete is...
In the recent years, there is an environmental issue of cement industry being the main contributor o...
In recent years, use of low heat Portland cement is promoted. However, there was no general method t...
In the field of construction, securing the early strength of concrete (on the first and third days o...
The work deals with the study of the development of compressive strength of concrete at low temperat...
The advisability of controlling the temperature rise and fall in concrete at early age is well recog...
It is commonly accepted that high curing temperature (near 60°C or above) results in reduced mechani...
Heat of hydration up to 72 hours and compressive strength up to 7 days of Portland cement and 17 bin...
The advisability of controlling the temperature rise and fall in concrete at early age is well recog...
The main aim of this thesis is to refine models for strength and heat development of the young concr...
The effect of high-temperature curing at an early age on the strength development of concrete using ...
The early-age performances of cement-based mixtures are governed by cement hydration reactions. As a...
When predicting the growth of strength and maturity of hardening concrete, the role of the temperatu...
This study presents the results of investigation of the effects of temperature variation on the comp...
This paper reports the results of the experiment on resistance to frost damage at early age and stre...
Conventionally, curing is performed by moisturizing concrete periodically when the fresh concrete is...
In the recent years, there is an environmental issue of cement industry being the main contributor o...