In-plane static tests on a structural timber frame system proposal (TRAROM) inspired from traditional architecture and using local materials

Duţu, Andreea; Barbu-Mocanescu, Daniel; Niste, Mihai; Spatarelu, Iulian; Yamazaki, Yoji; Köber, Dietlinde

doi:10.1016/j.engstruct.2020.110491

Cited by 5 publications

(2 citation statements)

References 8 publications

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“…After analyzing the seismic behavior indexes of Chinese traditional style buildings by using the method of rapid dynamic loading, literature [7] shows that compared with single-column joints, double-column joints have higher load-bearing stiffness and more Sustainable Management of Decorative Patterns of Shanghai Shikumen Architectural Houses Based on ROI Optimization 3 comprehensive action curves, which promotes the further development of Chinese traditional style structures. Literature [8], in order to meet the seismic performance of Romanian buildings, combined with the lightweight structural timber system of Romanian buildings and tested several parameters on different specimens, proposed the details of the building system as well as the main parameters of seismic behavior, which provide directions for the seismic design of modern buildings. Literature [9] studied the most influential impacts of traditional sustainable architecture by analyzing climatic, topological and sociological factors, as well as materials used that influence the formation of this type of coastal dwellings, taking into account the Putrovska-type houses on the coast of Montenegro as part of the cultural heritage.…”

Section: Related Workmentioning

confidence: 99%

Sustainable Management of Decorative Patterns of Shanghai Shikumen Architectural Houses Based on ROI Optimization

Sun

2023

Applied Mathematics and Nonlinear Sciences

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The decorative patterns of Shikumen architectural dwellings in Shanghai are of great investment value, and their cultural benefits can be fully utilized through sustainable operation and management. In this paper, after analyzing the traditional pattern generation method, we combine the semantic generation method with the design of the loss function and network structure of the generative adversarial network and construct the generation algorithm of architectural residential decoration pattern based on semantic perception. The constructed pattern generation algorithm is used to manage the sustainability of architectural residential decoration patterns and optimize the rate of return on the investment of sustainability management through fuzzy theory. The results show that the color similarity, pattern similarity, and organization form similarity are (0.62, 0.91), (0.58,0.89), and (0.59,0.88), respectively, and the return efficiency of the investment in the architectural residential decoration of Shanghai Shikumen architecture before and after the optimization fluctuates between (-0.26, 0.30) and (-0.18, 0.26). The ROI of sustainable business management of decorative patterns in Shanghai Shikumen architectural dwellings in this study can develop stably.

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Section: Related Workmentioning

confidence: 99%

Sustainable Management of Decorative Patterns of Shanghai Shikumen Architectural Houses Based on ROI Optimization

Sun

2023

Applied Mathematics and Nonlinear Sciences

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“…Other studies on seismic retrofitting for TFs include constructing shear walls by applying board materials. Huang et al [32] proposed a retrofitting technique applying oriented strand board, Sudo et al [33] proposed a medium-density fiber-board technique, and Dutu et al [34,35] proposed a technique applying timbers at regular intervals in a diagonal sheathing arrangement. However, these techniques are unsuitable for connection reinforcement.…”

Section: Introductionmentioning

confidence: 99%

Seismic Retrofit Technique Using Plywood and Common Nails for Connections of Low-Rise Timber Frame Construction

et al. 2022

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Since the Japanese Building Standards Act was revised in 2000, the installation of steel timber connectors (STCs) to reinforce timber frame (TF) connections has been mandated for new-build TF houses in Japan. However, for the TF houses built before then, more than 40% do not have sufficient STCs and are considered earthquake-prone. This study proposed a simple and easy seismic retrofit technique for such earthquake-prone existing houses. The proposed technique can reinforce TF connections using only plywood and common nails and achieve equivalent performance to the benchmark STCs used in Japanese TF houses, such as the “CP-T type” or the combination of “VP type” and “BP type” STCs. Experiments were performed to compare the proposed technique with the STCs using pullout and full-scale in-plane cyclic tests. The experimental results showed that the proposed technique had a higher seismic performance than the STCs, which was particularly excellent in displacement ductility to prevent a collapse of the TF house without damaging the timbers. The proposed technique will be accepted by many carpenters when retrofitting earthquake-prone existing houses because simple and easy.

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In–plane cyclic behaviour of half-timbered walls with fired brick infill

Hejazi

Hoseyni

Çiftçi

2022

Journal of Building Engineering

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In-plane static tests on a structural timber frame system proposal (TRAROM) inspired from traditional architecture and using local materials

Cited by 5 publications

References 8 publications

Sustainable Management of Decorative Patterns of Shanghai Shikumen Architectural Houses Based on ROI Optimization

Sustainable Management of Decorative Patterns of Shanghai Shikumen Architectural Houses Based on ROI Optimization

Seismic Retrofit Technique Using Plywood and Common Nails for Connections of Low-Rise Timber Frame Construction

In–plane cyclic behaviour of half-timbered walls with fired brick infill

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