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A Multidisciplinary Engineering-Based Approach for Tunnelling Strengthening with a New Fibre Reinforced Shotcrete Technology

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P-018-NM4

Author(s)

Barros, JAO

Costelha, H

Bento, D

Brites, N

Luís, R

Patrício, H

Cunha, VM

Bento, L

Miranda, T

Coelho, P

[+1]·

Neves, C

[+3]·

Teixeira, A

Taheri, M

Mezhyrych, A

Hosseinpour, E

Correia, T

Kazemi, H

Hassanshahi, O

Rashiddel, A

Esmail, B

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Tipo de Documento

Unpublished

Year published

2023

Publicado

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Publication Identifiers

DOI: 10.2139/ssrn.4503644

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All authors

Name Order	Nome	Name Order	Nome	Name Order	Nome
1	Barros, JAO;	2	Costelha, H;	3	Bento, D;
4	Brites, N;	5	Luís, R;	6	Patrício, H;
7	Cunha, VM;	8	Bento, L;	9	Miranda, T;
10	Coelho, P;	11	Azenha, M;	12	Neves, C;
13	Salehian, H;	14	Moniz, G;	15	Nematollahi, M;
16	Teixeira, A;	17	Taheri, M;	18	Mezhyrych, A;
19	Hosseinpour, E;	20	Correia, T;	21	Kazemi, H;
22	Hassanshahi, O;	23	Rashiddel, A;	24	Esmail, B;

A Multidisciplinary Engineering-Based Approach for Tunnelling Strengthening with a New Fibre Reinforced Shotcrete Technology

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A Multidisciplinary Engineering-Based Approach for Tunnelling Strengthening with a New Fibre Reinforced Shotcrete Technology

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