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- Vol. 3 Issue 1
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Enhancement of beam strength by using bamboo as reinforcement in place of steel bars
Authors
Assistant Professor, Civil Engineering Department, Krishna Institute of Technology, Kanpur, India
Article Information
- DOI
- No DOI
- Published In
- Volume 3, Issue 1 (2022)
- Published Online
- January-February 2022
- Pages
- 17-20
- Article Type
- Research Article
- Check for updates
- No DOI available for cross-reference
References
1. [1] I. K. Khan (2014),”Performance of bamboo reinforced concrete beam”, International journal of science, Environment
and Technology, Vol. 3, pp 836-840.
2. [2] Sanjiv Gill and Rajiv Kumar (2016),”To experimental study and use of bamboo in civil structure as reinforced concrete”,
International journal of latest research in science and technology, Vol. 5, pp 102-105.
3. [3] Anurag Nayank and Arehant S Bajaj (2013),”Replacement of steel by bamboo reinforcement”, IOSR journal of
mechanical and civil engineering, Vol. 8, pp 50-61.
4. [4] Dr. Ashok Kumar Gupta, Dr. Rajiv Ganguly and Ankit Singh Mehra (2015),”Bamboo as green alternative to steel for
reinforced concrete elements of a low cost residential building”, Electronic journal of Geotechnical Engineering, Vol. 20 pp
1523-1545.
5. [5] Chandra Sabnani, Madhuwanti Latkar and Utpal Sharma (2013),”Can bamboo replace steel as reinforcement in
concrete, for the key structural elements in a low cost house” International journal of Chemical, Environmental and
Biological Sciences, Vol.-1, pp 257-262.
6. [6] Jigar K. Sevalia and Nirav B. Siddhpura (2013),”Performance evaluation of axially loaded element using bamboo as
reinforcement”, International journal of Engineering and Advanced Technology, Vol. 2, pp 413-415.
7. [7] Ajinkya Kaware and Prof. U. R. Awari (2013),”Review of bamboo as reinforcement material in concrete structure”,
International journal of Innovative Research in Science, Engineering and Technology, Vol. 2. pp 2461-2464.
8. [8] K. Ghavami (2003),”Bamboo functionally graded composite material”, Asian journal of Civil Engineering ( Building
and Housing ) Vol.4, pp 281-288.
9. [9] Pritesh Kumar, Ashish Jodhani and Abhay Singh (2016),”Bamboo as construction material and bamboo reinforcement”,
International journal of Civil and Structural Engineering Research Vol.4 pp 312-323.
10. [10] M. Usha Rani (2017),”Investigation on the flexural behavior of bamboo reinforced concrete beams”, International
Journal of Research in Science and Technology, Vol.7 pp 9-24.
11. [11] James Kariuki and Richard A. Shuaibu (2014),”Flexural strength of laminated bamboo beams”, International Journal
of Advances in Engineering and Technology. pp 1531-1538.
12. [12] Atul Agarwal Bharadwaj Nanda and Damodar Maity (2014),”Experimental investigation on chemically treated bamboo
reinforced concrete beams and columns” construction and building material 71 pp 610-617.
13. [13] Dr. M. B. Varma (2015),”Properties of bamboo strip reinforced concrete”, International Journal of Engineering
Research and Technology. Vol. 4 ISSN: 2278-0181.
and Technology, Vol. 3, pp 836-840.
2. [2] Sanjiv Gill and Rajiv Kumar (2016),”To experimental study and use of bamboo in civil structure as reinforced concrete”,
International journal of latest research in science and technology, Vol. 5, pp 102-105.
3. [3] Anurag Nayank and Arehant S Bajaj (2013),”Replacement of steel by bamboo reinforcement”, IOSR journal of
mechanical and civil engineering, Vol. 8, pp 50-61.
4. [4] Dr. Ashok Kumar Gupta, Dr. Rajiv Ganguly and Ankit Singh Mehra (2015),”Bamboo as green alternative to steel for
reinforced concrete elements of a low cost residential building”, Electronic journal of Geotechnical Engineering, Vol. 20 pp
1523-1545.
5. [5] Chandra Sabnani, Madhuwanti Latkar and Utpal Sharma (2013),”Can bamboo replace steel as reinforcement in
concrete, for the key structural elements in a low cost house” International journal of Chemical, Environmental and
Biological Sciences, Vol.-1, pp 257-262.
6. [6] Jigar K. Sevalia and Nirav B. Siddhpura (2013),”Performance evaluation of axially loaded element using bamboo as
reinforcement”, International journal of Engineering and Advanced Technology, Vol. 2, pp 413-415.
7. [7] Ajinkya Kaware and Prof. U. R. Awari (2013),”Review of bamboo as reinforcement material in concrete structure”,
International journal of Innovative Research in Science, Engineering and Technology, Vol. 2. pp 2461-2464.
8. [8] K. Ghavami (2003),”Bamboo functionally graded composite material”, Asian journal of Civil Engineering ( Building
and Housing ) Vol.4, pp 281-288.
9. [9] Pritesh Kumar, Ashish Jodhani and Abhay Singh (2016),”Bamboo as construction material and bamboo reinforcement”,
International journal of Civil and Structural Engineering Research Vol.4 pp 312-323.
10. [10] M. Usha Rani (2017),”Investigation on the flexural behavior of bamboo reinforced concrete beams”, International
Journal of Research in Science and Technology, Vol.7 pp 9-24.
11. [11] James Kariuki and Richard A. Shuaibu (2014),”Flexural strength of laminated bamboo beams”, International Journal
of Advances in Engineering and Technology. pp 1531-1538.
12. [12] Atul Agarwal Bharadwaj Nanda and Damodar Maity (2014),”Experimental investigation on chemically treated bamboo
reinforced concrete beams and columns” construction and building material 71 pp 610-617.
13. [13] Dr. M. B. Varma (2015),”Properties of bamboo strip reinforced concrete”, International Journal of Engineering
Research and Technology. Vol. 4 ISSN: 2278-0181.
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