3.3 Publikationer

3.3 Grouting need predicted by the Real Time Grouting Control Method (RTGCM)

 

 

 

Publications

 

Journal Publications

 

2015

Nejad Ghafar, A., Mentesidis, A., Draganovic, A., Larsson, S., 2015. An experimental approach towards the development of dynamic pressure to improve grout penetrability. Under revision in Journal of Rock Mechanics and rock Engineering.

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Nejad Ghafar, A., Ali Akbar, S., Al-Naddaf, M., Draganovic, A., Larsson, S., 2015. Evaluation of grout filtration tendency, a comparison between filter pump, penetrability meter and short slot. In preparation.

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Nejad Ghafar, A., Sadrizadeh, S., Mentesidis, A., Draganovic, A., Larsson, S., 2015. A theoretical approach towards the development of dynamic pressure to improve grout penetrability. In preparation.

 

Master Thesis Projects

 

2015

Mentesidis, A., 2015. Experimental evaluation of the effects of dynamic pressure on improving cement-based grout penetrability. KTH-Royal Institute of Technology, Stockholm.

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Ali Akbar, S., Al-Naddaf, M., 2015. Evaluating, and Comparing of Three Penetrability Measuring Devices: Modified Filter Pump, Modified Penetrability Meter, and Short Slot

 

Technical Reports

2015

Nejad Ghafar, A., Draganovic, A., 2015. An experimental study of the influence of dynamic pressure on improving grout penetrability. BeFo report 149. In preparation

 

Populärvetenskapliga artiklar

 

BeFo report 149. In preparation

Nejad Ghafar, A., Draganovic, A., An experimental study of the influence of dynamic pressure on improving grout penetrability, 2015.

 

 

 

 

 

 

 

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