British Journal of Civil and Architecture Engineering (BJCAE)—Open Access Journal

British Journal of Civil and Architecture Engineering (BJCAE) ISSN: (2229-5558) is an international, cross-disciplinary, scholarly, peer-reviewed and open-access journal that consists of Civil and Architecture Engineering concepts. British Journal of Civil and Architecture Engineering (BJCAE) provides an advanced forum for Civil and Architecture Engineering. British Journal of Civil and Architecture Engineering (BJCAE) publishes Bi-monthly (2 months/publications or 6 publications/year) online by SDIP PRESS.

  • Open Access free for readers, with article processing charges (APC) paid by authors or their institutions.
  • Rapid publication: manuscripts are peer-reviewed and a first decision provided to authors approximately 4-7 working days after submission; acceptance to publication is undertaken within 5 working days.

Impact Factor: 7.0

British Journal of Civil and Architecture Engineering (BJCAE) - Latest Articles

Open Access Category: BJCAE Total View - 89
Development and Characterization of Ultra-High Performance Concrete with Slag Cement for Use as Bridge Joint Material Paper ID: BJCAE-16-09-2019-108
Abstract : The purpose of this study was to develop non-proprietary, cost-effective ultra-high performance concrete (UHPC) mix designs able to obtain comparable mechanical properties to commercially available products while limiting the cement content. First, UHPC mixes were developed using materials easily obtained in the state of Oklahoma. Then, the three top performing mixes were further studied by evaluating compressive strength with and without heat curing, modulus of rupture, and modulus of elasticity. A non-ASTM heat curing procedure was used to mimic potential heat curing temperatures possible in the field to assess the behavior of the in-place material. Results showed that 36 hours of heat curing was optimal for compressive strength, an unusual modulus of rupture crack pattern was observed suggesting additional energy absorption capabilities, and the modulus of elasticity was consistent with previous research. In conclusion, non-proprietary UHPC mix designs containing high replacement levels of slag cement can obtain comparable performance to proprietary mixes.
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Open Access Category: BJCAE Total View - 853
Backtracking Propinquity and the Ethno[flow] Paper ID: BJCAE-28-07-2019-90
Abstract : Transnational relocation streams are the problem of versatility and globalization: While changing whole urban areas of the city into 'ethnic enclaves' - taking into consideration facilitating hubs of gathering to fresh introductions - they likewise convert into extrapolated patches of these streams' places of geological source, adjusting another urban polynational city. The aftereffects of this extra-national nearness in the city create prompt transnational associations as far as monetary, media and political connections, which all the while turn around the first stream back to the point of takeoff. Accordingly, the two streams combine themselves into a continuum: Biopower (Negri) [1] total to shape the approaching stream, while Immaterial Labor (Lazzaratto) [2] designs the switched stream. The two accommodate the Ethno [flow] [3] The Ethno[flow] both creates and prevents global reconciliation and propinquity, taking into account synchronous strain and congruity. It improves neighborhood urban economies, while monetarily supporting far away focuses in the globe. 'Transnational Suburbs' (Davis) [4] and 'Transnational Community+ies' (Portes)5 are results of the Ethno[flow] The article floats around the idea of Ethno[flow] and its effect in the polynational city. Contextual investigation examination will be utilized to create minimum amount for hypothetical elaborations coming about because of the investigation of this marvel influencing the contemporary city
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Open Access Category: BJCAE Total View - 751
Exploratory Assessment of the Effect of PVC Attachments as Repair of RC Beams Paper ID: BJCAE-28-07-2019-89
Abstract : The motivation behind this undertaking is to test the adequacy of utilizing polyvinyl chloride (PVC) auxiliary points to build the limit of strengthened cement (RC) bars. Two ½-scale bars with various support designs were stacked to around double the yield dislodging, emptied, and along these lines fixed and reloaded to disappointment. Results show that the PVC connections expanded the limit of the shafts by 10-15%. While the expansion in quality was unobtrusive, it might be adequate for cases in which just minor improvement is important and therefore does not legitimize the surprising expense of other fix systems.
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Open Access Category: BJCAE Total View - 550
Exploratory Evaluation of Bearing Capacity of Skirted Footings Paper ID: BJCAE-28-07-2019-88
Abstract : Basic skirts have been utilized underneath shallow establishments of marine structures for a long time, because of their strength favorable circumstances. Anyway, constrained information is accessible on the presentation of the avoided establishments with regards to their use as ordinary shallow establishments. In this examination think about the bearing limit of such establishments was assessed through research center testing. In this setting the impacts of skirt firmness and profundity on the bearing limit of avoided balance models were examined. The test outcomes were then contrasted and different bearing limit conditions. It was discovered that utilizing basic skirts may improve the balance bearing limit up to 3.68 occasions relying upon the geometry and basic details of the skirts and footings, soil qualities and states of both soil-skirt and soil-balance interfaces.
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Open Access Category: BJCAE Total View - 252
Rising Trends in Tall Building Design: Environmental Sustainability through Renewable Energy Technologies Paper ID: BJCAE-28-07-2019-87
Abstract : Tall structures are considered as an incredible shopper of vitality which used immense measure of assets and materials; produce enormous volumes of waste release into the earth and all the more frequently called as unsustainable structures. Building materials, for example, steel and bond with high forces of encapsulated vitality are required to make the skeletal system and establish the framework for their dependable structures. The developing worldwide strain to diminish carbon impression and worries for making feasible territories, have additionally significantly touched off the mission to dig for imaginative arrangements and rising patterns in tall structure plans. This paper talks about natural maintainability in tall structures with exceptional reference to the use of sustainable power source innovations. Further the paper likewise approves the utilization of sustainable power source innovations by two definite contextual analysis to be specific Bahrain World Trade Center, Bahrain and The Pearl River Tower, Guangzhou.
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