Page 1 of 11
European Journal of Business &
Social Sciences
Available at https://ejbss.org/
ISSN: 2235-767X
Volume 07 Issue 04
April 2019
Available online: https://ejbss.org/ P a g e | 117
Demonstrating Hybrid Concrete Construction Performance through
Virtual Simulation - A Case Study Approach
Vookanti Amarender1
1Assistant Professor, Vaageshwari College of Engineering.
1amareder43@gmail.com
ABSTRACT
The event keeps on attempt the check of obtaining beside execution targets, as an example, time
and price in sight of customers' requirements. Cross breed solid development (i.e. the combo of
formed and unaltered concrete and completely different materials) offers the event business
partners an in depth kind of blessings. Contingent upon the fitting determination of basic materials,
the strategy reveres a skillful price and economical administration within the usage of development
ventures. yet, the requirement to survey these execution advantages before (and as a reason for
arranging) the event amount of the enterprise is important. a method of exhibiting execution
through the virtual recreation of the key execution markers of your time and price as a reason for
clasp cross breed development is thus displayed. A run of the mill steel-outline development
venture was utilised as a discourse investigation within which the outstanding elements of the
arrange, program/development strategy and advance were caught on– web site. data classified
were utilised to recreate the development more and more utilizing the model of the VR show
computer game demonstrate. Future work involves the age of elective cross breed development
plans and searching at the execution of those against the steel define elective.
1.0.INTRODUCTION
Time, budget and quality restraints still bother the development business in recent years. to the
present result, several ideas are projected to extend the extent of performance management
(Savicky et al., 2003).
The construct of hybrid concrete construction (HCC) – i.e. the mix of insitu concrete with formed
concrete, steel work or different materials - emerged recently as a way of enhancing performance
(Mert, 2001). Hence, the term ‘hybrid concrete structures’ square measure derived from structures
developed supported a hybrid concrete construction methodology.
HCC provides straightforward, buildable and competitive high-quality structures that provide
consistent performance (Goodchild, 2001). 3 distinct classes of the styles of HCC are: formed and
insitu concrete; concrete and steel work; and concrete and different materials (Xia, 2000). the
selection of specific mixtures depends on many factors like style of structure, desired speed and
Page 2 of 11
European Journal of Business &
Social Sciences
Available at https://ejbss.org/
ISSN: 2235-767X
Volume 07 Issue 04
April 2019
Available online: https://ejbss.org/ P a g e | 118
adaptability of construction to call however some.
The use of HCC has been thought-about advantageous to the building construction method over the
years. The procedure had antecedently evidenced advantageous over ancient insitu concrete
construction - with enhancements to hurry and quality being the foremost vital blessings (Lee et al,
1997).
HCC offers its shoppers the flexibleness of selection of components which will be formed or insitu.
Building components like floors; beams; columns; walls and cladding; and different units will be
incorporated as insitu or formed in any combination that enables best construction performance
(Glass and Baiche, 2001; Mert, 2001).
A case study approach is employed during this paper to demonstrate the potential of HCC
performance through virtual simulation. The performance criteria thought-about square measure
initial enumerated so the aim of the study, its objectives, and methodology are mentioned.
1.1.PERFORMANCE
HCC Key Performance Indicators (KPIs) were divided into 2 major classes. These square measure
‘hard’ and ‘soft’ performance indicators thought-about because the high leverage (Oloke et al.,
2003a; Soetanto et al., 2004). They include:
Hard performance indicators: Speed and price
Soft (evaluative) indicators: added worth.
The ‘hard’ indicators square measure presently being evaluated beneath this analysis through
associate unvaried analysis of the results of contributive productivity factors to construction speed
and lifecycle prices. different soft (evaluative) indicators are being investigated (Soetanto et al.,
2004).
1.2.AIM AND OBJECTIVES
The aim of this paper is to gift a technique developed for demonstrating HCC performance through
the virtual simulation of the KPIs of your time and price employing a virtual prototyping tool
named HyCon. it's envisaged that results from HyCon simulations can assist call manufacturers in
choosing the foremost acceptable type of HCC that meets performance objectives. the subsequent
objectives square measure so realised:
Demonstration of the HyCon system design
Description of the case study and performance criteria info development method
Presentation of the investigatory methodology adopted and a precis of the performance
analysis results
2.0.THE HYCON SYSTEM ARCHITECTURE
The integrated system design for HyCon was developed by Xiaonan et al (2004). Figure
Page 3 of 11
European Journal of Business &
Social Sciences
Available at https://ejbss.org/
ISSN: 2235-767X
Volume 07 Issue 04
April 2019
Available online: https://ejbss.org/ P a g e | 119
1 illustrates the abstract model upon that the HyCon system design was developed. The system
considers the contributions from numerous users like shoppers, designers, construction managers
and different stakeholders. necessities from every user square measure fed into HyCon within the
type of queries (based on the ‘what-if’ analyses technique) through the graphical programme
(GUI). The system later on analyses these necessities by testing the projected construction
alternatives against pre-defined performance criteria (targets). period visualisations of the outputs
square measure then ready to assist decision-making.
Figure 1. Proposed Conceptual Model of a VR Prototyping System (Source: Zhang et al, 2004)
2.1.THE DEVELOPMENT OF THE PERFORMANCE CRITERIA DATABASE
In developing the HyCon performance criteria database, the contributory productivity factors
and life-cycle parameters that relate to the speed and cost of various hybrid alternatives were
evaluated (Oloke et al, 2003b). An overview of the evaluation is as follows.
2.2.SPEED
Erection strategies and rates for formed concrete frames and slabs were utilized in the case of
formed components (Figure 2). additionally to the time allowed for unloading erection, lining and
levelling of frames and grouting of formed concrete slabs, the system is meant to additionally
enable users specify a time for the ‘delivery of materials’ to web site as this variable was
discovered to vary from site-to-site and project to project. The ‘delivery of materials’ time can
embody time for manufacture and/or provide and transportation.
