Publications
| # | Published Date | Details |
|---|---|---|
| 341. | 18-02-2010 | “Effect of Fines on Dynamic Properties of Liquefaction Induced sandy Soils” International Journal of Earth Sciences and Engineering, Vol. 03, No.03SPL, pp.460-468. Authors: G.mahesh Kumar, S.V. Dinesh and Ravishankar B.V. |
| 342. | 01-01-2010 | Design of automatic immersion wheel tracking equipment to measure the rutting characteristics of bituminous mixes with plain and modified binders – By Ganesh, Dr. H.S. Jagadeesh & Dr. R. Sathyamurthy, BMSCE, Bangalore.
Highway Research Board of Journal of the Indian Roads Congress (IRC) Volume 3, No.1, January-June 2010, pp. 25-32.
Authors: Ganesh, Dr. H.S. Jagadeesh & Dr. R. Sathyamurthy Link |
| 343. | 08-12-2009 | Effect of Soaking on Rutting characteristics of bituminous concrete mix using modified binders” By Sri. Ganesh, Dr. H.S. Jagadeesh, Dr. R. Sathyamurthy, BMSCE, and Sri. Manoj Kumar ,
Highway Research Board of Journal of the Indian Roads Congress (IRC) Volume 2, No.2, July-December 2009, pp. 37-50.
Authors: Sri. Ganesh, Dr. H.S. Jagadeesh, Dr. R. Sathyamurthy Link |
| 344. | 10-11-2009 | Compressive strength and elastic properties of stabilised rammed earth and masonry
MASONRY INTERNATIONAL Journal of the British Masonry Society Vol 22, no 2 pp 39 - 46
Abstract:
Rammed earth is a monolithic solid wall formed by compacting processed soil in progressive layers. It is an energy efficient technique finding applications in load bearing walls. This paper presents the results of an experimental investigation dealing with compressive strength and elastic properties of cement stabilised rammed earth, and cement stabilised rammed earth brick (REB) masonry. Compressive strength and stress-strain characteristics of cement stabilised rammed earth in dry and saturated condition were evaluated and compared with the properties of REB masonry. Results indicate that the compressive strength of cement stabilised rammed earth and the stabilised REB masonry is sensitive to moisture content of the specimen at the time of testing. The wet strength is about 60% of dry strength. Rammed earth shows 20 - 30% higher compressive strength when compared to the strength of REB masonry. Rammed earth specimens show shear failure as apposed to vertical splitting cracks in masonry. Cement stabilised rammed earth shows large strain bearing capacity (1.5 - 2%) or ductile post peak response as compared with any of the brittle materials like burnt clay brick, concrete etc.
Authors: VENKATARAMA REDDY, B. V., PRASANNA KUMAR, P. Link |
| 345. | 13-10-2009 | Cement stabilised rammed earth. Part A: compaction
characteristics and physical properties of compacted cement
stabilised soils
Materials and Structures,Elsevier Pub
Abstract :Rammed earth is used for load bearing
walls of buildings and there is growing interest in this
low carbon building material. This paper is focused
on understanding the compaction characteristics and
physical properties of compacted cement stabilised
soil mixtures and cement stabilised rammed earth
(CSRE). This experimental study addresses (a) influence
of soil composition, cement content, time lag on
compaction characteristics of stabilised soils and
CSRE and (b) effect of moulding water content and
density on compressive strength and water absorption
of compacted cement stabilised soil mixes. Salient
conclusions of the study are (a) compaction characteristics
of soils are not affected by the addition of
cement, (b) there is 50% fall in strength of CSRE for
10 h time lag, (c) compressive strength of compacted
cement stabilised soil increases with increase in
density irrespective of moulding moisture content and
cement content, and (d) compressive strength
increases with the increase in moulding water content
and compaction of CSRE on the wet side of OMC is
beneficial in terms of strength. Authors: B. V. Venkatarama Reddy • P. Prasanna Kumar Link |
| 346. | 04-10-2009 | Embodied energy in cement stabilised rammed earth walls
Energy and Buildings,Elsevier Publishers
A B S T R A C T:
Rammed earth walls are low carbon emission and energy efficient alternatives to load bearing walls.
Large numbers of rammed earth buildings have been constructed in the recent past across the globe. This
paper is focused on embodied energy in cement stabilised rammed earth (CSRE) walls. Influence of soil
grading, density and cement content on compaction energy input has been monitored. A comparison
between energy content of cement and energy in transportation of materials, with that of the actual
energy input during rammed earth compaction in the actual field conditions and the laboratory has been
made. Major conclusions of the investigations are (a) compaction energy increases with increase in clay
fraction of the soil mix and it is sensitive to density of the CSRE wall, (b) compaction energy varies
between 0.033 MJ/m3 and 0.36 MJ/m3 for the range of densities and cement contents attempted, (c)
energy expenditure in the compaction process is negligible when compared to energy content of the
cement and (d) total embodied energy in CSRE walls increases linearly with the increase in cement
content and is in the range of 0.4–0.5 GJ/m3 for cement content in the rage of 6–8%. Authors: B.V. Venkatarama Reddy , P. Prasanna Kumar Link |
| 347. | 03-06-2009 | "Post liquefaction undrained monotonic behaviour of sands: Experiments and DEM simulations”, Geotechnique, Vol. 29 (9), pp.739-749. Authors: Sitharam T. G., Vinod J. S. and Ravishankar B. V. |
| 348. | 01-06-2009 | “A GIS-integrated fuzzy rule-based inference system for land suitability evaluation in agricultural watersheds.” Agricultural Systems (Elsevier Pub.), 101(1-2), 101-109. Authors: Reshmidevi, T.V., Eldho, T.I., Jana, R. Link |
| 349. | 10-04-2009 | Syed Abu Syed Mohamed, Maya Naik, Syed tanveeruddin “Influence of additives on the retention
of metal ions in a soil of Bangalore” India. Revista Ambi-Agua –An interdisciplinary journal of
applied science, university of Taubate, Brazil, volume 4 no -1, p 20-36, April 2009. Authors: Syed Abu Syed Mohamed, Maya Naik, Syed tanveeruddin |
| 350. | 04-02-2009 | Indian Roads Congress, vol2, issue3, pp.37-50, ISSN 0376-7256 Authors: K Ganesh H S Jagadeesh Link |
| 351. | 02-02-2009 | x. “Vertical Electrical Sounding Studies and Groundwater Occurrences in Gokak Taluk, Belgaum District, Karnataka” – Geo-..Environment Challenges Ahead, McMillan Publisher India Pvt. Ltd., year 2009, Page 89-95. Authors: HYROGEOLOGY Krishnappa R .Olekar and S.C.Puranik others |
| 352. | 04-12-2008 | Syed Abu Syed Mohamed, Maya Naik, Syed tanveeruddin, zulfiqar ahamed Mohammed Najeer
“Studies on contaminant transport at an industrial waste dumpsite of Bangalore”, India. Revista
Ambi-Agua –An interdisciplinary journal of applied science, university of Taubate, Brazil, Volume-
3, no 4,p 55-66 ,December 2008 Authors: Syed Abu Syed Mohamed, Maya Naik, Syed tanveeruddin, zulfiqar ahamed Mohammed Najeer |
| 353. | 07-05-2008 | B.V. Kiran Kumar, Dr.H.S. Jagadeesh, Dr.R. Sathyamurthy and Dr.Sunil Bose. “Evaluation of Roller Compactor an Alternative Compactor for Bituminous Mix Design.” International Journal of Pavement Engineering Asphalt Technology (PEAT) Volume-9 Issue-1 May 2008 PP No. 19-36.
Authors: B.V. Kiran Kumar, Dr.H.S. Jagadees Link |
| 354. | 01-04-2008 | “Geo-spatial Estimation of Water Availability in Rain-fed Paddy Fields Using SCS-CN-Based Model” Agricultural Water Management (Elsevier Pub.), 95(4), 447-457. Authors: Reshmidevi, T.V., Jana, R., Eldho, T.I. Link |
| 355. | 05-12-2007 | B.V. Kiran Kumar, Dr.H.S. Jagadeesh, Dr.R. Sathyamurthy and Dr. Sunil Bose. “Laboratory Evaluation of TBM Super A Crumb Rubber Modified Bitumen and Waste Plastics Modified Bitumen Using Superpave Methodology For Indian Conditions.” International Journal of Pavement Engineering Asphalt Technology (PEAT) Volume-8 Issue-2 December 2007, PP No. 7-22 Authors: B.V. Kiran Kumar, Dr.H.S. Jagadeesh, Dr.R. Sathyamurthy and Dr. Sunil Bose Link |
| 356. | 01-06-2007 | “An Enhanced Technique in Construction of the Drainage Network from Low Resolution Spatial Database” Computers and Geosciences (Elsevier Pub.), 33 (6), 717-727. Authors: Jana, R., Reshmidevi, T.V., Arun, P.S., Eldho, T.I. Link |
| 357. | 03-06-2003 |
Bond strength characteristics of high strength alkali activated slag concrete mixes, Materials Today: Proceedings, Elsevier Authors: R Manjunath, Mattur C Narasimhan, Gundupalli Bhanu Prakash, M Saipuspharaj Link |