Residents’ Perception and Analysis of the Contemporary Neighbourhood Design Practices in Lahore, Pakistan

Authors

  • Obaidullah Nadeem
  • Rizwan Hameed
  • S. Shabih-ul-Hassan Zaidi
  • Humaira Tabassum
  • Sajjad Haydar
  • Husnain Haider

Abstract

Neighbourhood design has been of special interest to the Planners and allied professionals since long. Review of the relevant literature revealed persistent debate on its size and design concepts. In the pursuit of designs for comfortable, safe and environment friendly living, the contemporary designers have presented various concepts. This paper first explores the most frequently suggested neighbourhood design features and develops a list of 21 design features locally considered as important to influence the perception of residents. It then analyzes the contemporary residential neighbourhood design practices in Lahore Pakistan using eight randomly selected neighbourhoods and questionnaire survey of nearly four hundred residents. The study finds that whilst a mix of gridiron and rectilinear patterns somewhat akin to traditional street design is in vogue in Lahore, a majority of residents is satisfied with many of the design features. However, there is a need to enhance the provisions for social interaction and safe movement of pedestrians. Further, consultations with all the stakeholders are necessary to develop a locally suitable neighbourhood design concept. Findings of this study also suggest that high level of satisfaction of the residents can be achieved more with meeting their expectations even by providing low density land sub-divisions. Consideration of prospective residents’ socio-economic background and nature of development in their areas of origin are more important than simply following the design features trumpeted in the literature as good neighbourhood designs.

References

B.F.Spencer Jr and S. Nagarajaiah ; Journal of Structural Engineering, ASCE July (2003) 845-856.

M. D. Symans, F. A. Charney ; FEMA Presentation on Seismic protective systems: Passive energy dissipation, presented at MBDSI in 2001and 2002.

Fundamental Concepts of Earthquake Engineering ; Luis Esteva (1980) Ch-17 “Seismic Code Provisions”, Vol.1, 753-923.

Q. S. Khan ; Application of vibration control in health monitoring of building structures, M.Sc. Thesis, CED, UET, Lahore (2011).

K. Kawashima and S. Unjoh ; Seismic response control of bridges by variable dampers, Journal of Structural Engineering (1994), 2583–2601.

R.L.Sack and W. Patten ; Semiactive hydraulic structural control.’’Proc., Int. Workshop on Structural Control, USC Publication Number CE-9311 (1993), 417–431.

W.N.Patten,R. Sack and Q. He ; Controlled semiactive hydraulic vibration absorber for bridges.’’ Journal of Structural Engineering, (1996) 187– 192.

M.D.J. Symans and M.C. Constantinou ; Seismic testing of a building structure with a semiactive fluid damper control system, Earthquake Engineering Structure Dynamics, (1999) 759–777.

S. Nagarajaiah ; Fuzzy controller for structures with hybrid isolationsystem, Proc., 2nd World Conf. Structural Control, Wiley,New York, TA2 (1994) 67–76.

J. Yan, L.Cheng, Z.Y.Wu, L.H.Yam ; Development in vibration based structural damage detection technique, Elsevier, Mechanical System & Signal Processing (2006) 2198-2211.

Y.L.Xu, B. Chen ; Integrated vibration control and health monitoring of building structures using semi-active friction dampers: Part Imethodology, Elsevier, Engineering Structures, (2008) 1789-1901.

O.S.Salawu ; Detection of structural damage through changes in frequency: a review, Elsevier, Engineering Structures, (1994) 718- 723.

M. D. Symans and M.C. Constantinou ; Passive Fluid Viscous Damping Systems for energy dissipation, ISET Journal of Earthquake Technology (1998) 185-206.

Y.L.Xu and B.Chen ; Integrated vibration control and health monitoring of building structures using semi-active friction dampers: Part II-Numerical Investigation” Elsevier, Engineering Structures, (2008) 573-587.

SAP 2000 version 14.4, Computers and Structures, Berkeley, California, USA, 2010.

Anil K. Chopra ; Dynamics of Structures Theory and Applications to Earthquake Engineering, Third Edition, Pearson Education, 2007.

W. H. Lin and A. K. Chopra ; Earthquake Response of Elastic SDOF systems with nonlinear Fluid Viscous Dampers, Earthquake Engineering and Structural Dynamics.

Applied Technology Council ; FEMA 440 Improvement of Non-Linear static seismic analysis procedures”, 2000.

Peer.berkeley.edu/peer-ground-motiondatabase/site.

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Published

2016-06-22

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Section

City and Regional Planning, Environmental Engineering, Architecture