| Al-Zubaidi, Maha S. |
Role of Sustainable Building Materials in Housing Affordability |
235-242 |
| Alimchandani, C.R. |
Sustainable Habitats & Structures |
33-40 |
| Anam, Shahriyar |
Impact of Jamuna Multipurpose Bridge on the Local Economy |
463-470 |
| Bakht, Baidar |
Unnecessary Conservatism in Bridge Engineering |
357-364 |
| Bamdyopadhyay, N. |
Communication Network For Isolated Ruml Areas – Structural Solutions |
365-370 |
| Bandyopadhyay, T K |
Cost-Effective & Durable Rural Housing |
315-321 |
| Bandyopadhyay, T K |
Disaster Mitigation –Usefulness of Prefabricated Steel Construction |
513-518 |
| Bandyopadhyay, T K |
Steel-Concrete Composite Multistorey Buildings – Sustainable & Durable Option |
259-265 |
| Bari, Md. Niamul |
Availability of Water for Domestic Purposes in Dhaka Division |
567-573 |
| Čajk, Radim |
Building structures in danger of flooding |
551-558 |
| Chakrabarti, A. |
Poverty Alleviation through Disaster Mitigation and Management |
519-525 |
| Chakraborty, S.S. |
Structural Engineers and Holistic Approach to Poverty Reduction |
11-18 |
| Chanda, Shiladitya |
Improving Rural Infrastructure by Steel Intensive Construction |
157-163 |
| Cho, Jeong-Rae |
Development of FRP-Concrete Composite Bridge Deck |
479-486 |
| Cohnert, Mitchell |
Earth Dome Low Cost Housing in Mozambique |
267-272 |
| Cranston, Bill |
Poverty and Technology: Views from World History |
103-110 |
| Cuakrabarti, A. |
Tourism Structure in Difficult Terrain |
299-305 |
| Dai, Dongchang |
Highway Development in China |
177-181 |
| Das, P. K. |
Rural Infrastructure Needs for Poverty Alleviation |
87-94 |
| De Backer, Hans |
A Novel Design Concept Incorporating Socio-economical Needs |
71-78 |
| De Pauw, Bart |
Two alternatives for a railway viaduct in a densely populated area |
455-462 |
| Ekambaram, R. |
Transport Facilities and Urban Rejuvenation |
371-373 |
| Eldho, T.I. |
Sustainable Development of Water Resources for Poverty Reduction |
543-550 |
| Feng, Maorun |
Today and Future Bridge Projects in China |
63-67 |
| Fournier, Laurent |
Primary School in a Village of Uttar Pradesh, India |
79-86 |
| Geier, Roman |
Monitoring and Assessment of Bridges by Vibration Testing |
385-392 |
| Ghosh, Srikumar |
Beneficiary Participation in Rural Water Supply and Sanitation |
197-201 |
| Grau, Elizabeth |
Mitigating Seismic Hazard in Developing Nations |
129-136 |
| Gupta, Sanjay |
Role of Urban Transport in Poverty Reduction |
409-414 |
| Haque, Mahbub |
Impact of Jamuna Bridge on Poverty Reduction in Northwest Bangladesh |
329-334 |
| Hartmann, Veronika |
German Students building in Mexico |
165-172 |
| Holschemacher, Klaus |
Sand-rich Concrete – a Contribution to spare Natural Resources |
291-298 |
| Jagannathan, A. |
Role of Polymeric Mesh and Matrix Modifications in Ferrocement |
251-257 |
| Kamaitis, Ipolitas Zenonas |
Durability of Rails on Track Curves |
349-355 |
| Kapur, V K |
Role of Structural Engineers in Energy Sector Towards Reduction of Poverty |
559-566 |
| Kim, Byung-Suk |
Effort on Durable Bridge: Research Project "Bridge 200" |
431-438 |
| Koh, Hyun-Moo |
Korean Structural Engineers Bridge Sustainable South-North Economic Cooperation |
55-62 |
| Krishna, Mridula |
Urban Transport and Poverty Alleviation |
471-478 |
| Kumar, Vijay |
Social Upliftment Through Highways Infrastructure Development |
393-399 |
| Kwahk, Im-Jong |
Full Scale Pseudo-Dynamic Test for RC Piers Retrofitted with LRB |
497-504 |
| Li, Yutao |
Develop Toll Road, Quicken the Highway Construction |
217-222 |
| Mahmood, Khalid |
Need for Proper Training of Construction Workforce |
191-195 |
| Marcaccloli, Luciano |
Low-cost Houses for Self-construction with Precast Wall Panels |
243-250 |
| Maru, Savita |
Effective Utilization Of Waste In Low Cost Housing |
323-326 |
| Meng, Fanchao |
Design of the Hangzhou Gulf Bridge Project in China |
183-190 |
| Mengiste, Alemayehu |
Water Provision Using Water Harvesting Structures (An Ethiopian Experience) |
575-582 |
| Miao, Jiawu |
Global Analysis of the SuTong Cable-Stayed Bridge |
343-348 |
| Mikulic, Dunja |
Quality Management Through Process Management in Construction |
209-215 |
| Morgenthal, Guido |
Bridges and Shelter – Structural Engineering for Disaster Relief |
137-143 |
| Murthy, P. R.K. |
MUIP – A blue print for affordable transport in Mumbai |
447-454 |
| Nikam, Vinay S. |
High Volume Fly Ash Concrete for Eco-Durable Pavement |
415-419 |
| Partov, Doncho |
Application of Reinforced Wooden Members in Building Constructions and its Investigation, regarding Rheology |
273-280 |
| Partov, Doncho |
Reconstruction of the 80th Old Steel Bridge Structures |
421-427 |
| Paucar, Phol E. |
Linking Indexes for Measuring Earthquake Risk |
527-534 |
| Prakunhungsit, Siri |
S-OBRR: The Longest-Span, River-Crossing Bridge in Thailand |
439-445 |
| Qinglian, Tan |
The Successful Experience on Reduction of Poverty of China Civil Engineers |
19-21 |
| Roy, B. C. |
Coping with Disaster Ahead of Time |
489-496 |
| Roy, B. C. |
Habitats for the Under Privileged |
283-290 |
| Schlaich, Jörg |
We can Change the World: Indigenous Infrastructure — a Key to Poverty Alleviation |
3-9 |
| Schlaich, Mike |
Indigenous Bridges |
25-32 |
| Sengupta, Anirban |
Role of Structural Engineers for Water Deliverance |
537-541 |
| Shah, Ashish |
Optimisation of Maintenance Expenditure for Buildings: Refurbish or Demolish?? |
307-313 |
| Sinha, N.K. |
Poverty Reduction Strategy in National Highways Development Project |
379-384 |
| Sohel-uz-Zaman, Abu Saleh Md. |
Case Study on Poverty Alleviation in Munshiganj Low Land Area |
95-102 |
| Som, Asok Kr. |
An Approach to Poverty Alleviation through Rural Infrastructure Development |
119-126 |
| Suryawanshi, C S |
Life Cycle Cost Model For Concrete Structures |
111-118 |
| Tharakan, George |
Transport and Poverty Alleviation |
51-54 |
| Turmo, José |
Structural Education towards Reduction of Poverty |
145-148 |
| Tveit, Per |
Optimal Network Arches Save 50 to 75% of the Steel |
401-408 |
| Van bogaert, Philippe |
Integration of Existing Sewers and Drainage in new Urban Structures |
41-47 |
| Vill, Markus |
Realistic assessment of damaged post-tensioning tendons for the conservation of existing bridges within the road and railway stock |
149-156 |
| Wang, Chunsheng |
Assessment of Remaining Fatigue Life for Riveted Bridges |
335-342 |
| Wawrusiewicz, Aleksander |
Multi-Mapping – from Structures Investigation to Disaster Mitigation |
505-512 |
| Xu, Huajun |
Rural Highway Development in China |
223-230 |
| Yun, Feng |
Development of the Water Transport – Shift the balance between modes of transport |
203-207 |
