Your search within this document for 'Earthquake' AND 'damage' AND 'documentation' resulted in four matching pages.

You can expand your results by searching for Earthquake OR damage OR documentation.
1

“...KATHMANDU VALLEY AFTER GORKHA EARTHQUAKE 2015 S. Shrestha3’*, M. Reina Ortiz3, M. Gutlandb, R. Napolitanoc, I. M. Morrisc, M. Santana Quinterod, J. Erochkob, S. Kawane, R.G. Shresthaf, P.Awal8, S. Suwal h, S. Duwalh, D.K. Maharjan1 3 Carleton Immersive Media Studio (CIMS), Carleton University, 1125 Colonel by drive, Ottawa, On, K1S 5B6 Canada, sujan. shrestha@carleton. ca b Department of Civil and Env. Engineering, Carleton University, 1125 Colonel by drive, Ottawa, On, K1S 5B6 Canada, Jeffrey. Erochko@carlet on. ca c Department of Civil and Env. Engineering, Princeton University, E-208 E-Quad Princeton, NJ 08544, USA, rkn2@princeton.edu, imorris@princeton. edu d Carleton Immersive Media Studio (CIMS), 1125 Colonel by drive, Ottawa, On, K1S 5B6 Canada, Mario.santana@carleton.ca eNepal Engineering College fBhaktapur Municipality gUNESCO Kathmandu Office h Khwopa Engineering College ‘National Society of Earthquake Technology COMMISSION II KEYWORDS: IT Documentation, Risk Preparedness, Nepal,...”
2

“...a result of the Gorkha earthquake in Nepal on April 25, 2015, and the aftershock that followed on May 12, a large number of heritage structures in Nepal were destroyed or significantly damaged. In particular, the seven monument zones of the Kathmandu Valley World Heritage Site suffered extensive damage. Out of 195 surveyed monuments, 38 have completely collapsed and 157 were partially damaged (DoA, 2015). Bhaktapur, in particular, is a recognized UNESCO World Heritage Site (WHS) containing many structures of significant cultural and religious importance to the people of the Kathmandu Valley. Sustainable reconstruction and restoration of these heritage structures are critical to maintaining and restoring their outstanding value. To achieve this goal, it is important to work with local experts, engineers, and architects to understand the traditional construction technology and existing condition of these structures. This study includes the recording and documentation of representative buildings...”
3

“...2017, Ottawa, Canada would be able to implement this methodology on other cultural 3. METHODOLOGY heritage sites in need of documentation and analysis in the area. 3.1 Part A: Recording and Documentation of Nyatapola 2. CASE STUDY Temple 2.1 FieldWork In this study, the authors collaborated with local institutions and professionals to conduct field work and build local capacity to do similar work in future. The focused project location for this study is Taumadhi Square in the Bhaktapur World Heritage Site (WHS). At the north end of the square is the five-tiered temple with a square footprint called the Nyatapola Temple. This temple is the tallest in Nepal and was constructed in 1701/1702 AD by King Bhupatindra Malla. Since its construction, this structure has resisted three major earthquakes (Mw 8.0 in 1833, Mw 8.4 in 1934, and Mw 7.8 in 2015) without major damage. It is clear that the study of this monument and its traditional construction technology has significant consequences for the...”
4

“...response to a very small excitation. Ambient vibration will also be used to determine the dynamic response. The dynamic response will be used for further structural investigation of the seismic response of the temple. Following the collection of geometric, morphological, damage, and other information on structural elements, a finite element analysis or combined discrete element analysis will be conducted to evaluate the seismic behaviour of the Nyatapola Temple in a separate study. 4. SCOPE OF ADDITIONAL WORK In addition to the documentation and evaluation of Nyatapola Temple, the Carleton University - Princeton University team worked in collaboration with local Nepali colleagues to perform the following additional documentation and analysis work: At Bhaktapur Durbar Square: • Vatsala Temple - Georadar evaluation of the plinth structure to confirm excavation results, determine inner sanctum construction, and use this information to validate survey parameters (velocity and dielectric constant)...”