In this paper, the efforts that have been carried out in Gazi University, faculty of engineering and architecture for the process of self-evaluation are discussed. This process that lasted approximately two years cons...
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(纸本)9789754292367
In this paper, the efforts that have been carried out in Gazi University, faculty of engineering and architecture for the process of self-evaluation are discussed. This process that lasted approximately two years consisted of activities such as the preparation and presentation of the self-evaluation report to the engineering Evaluation Board (MÜDEK), and determination and rehabilitation of the deficiencies in facilities.
Menteng is a historic neighborhood in Indonesia known for its ‘Garden City’ design that seamlessly combines beautiful landscapes with cultural and architectural heritage. As part of a historic environment, these spa...
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Gas pressure welding using acetylene gas is a widely used method for rebar jointing in modern construction. However, the increasing production and transportation costs of acetylene gas have made its use less favorable...
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In cold regions,rock structures will be weakened by freeze-thaw cycles under various water immersion *** how water immersion conditions impact rock deterioration under freeze-thaw cycles is critical to assess accurate...
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In cold regions,rock structures will be weakened by freeze-thaw cycles under various water immersion *** how water immersion conditions impact rock deterioration under freeze-thaw cycles is critical to assess accurately the frost resistance of engineered *** this paper,freeze-thaw cycles(temperature range of-20℃-20℃)were performed on the sandstones in different water immersion conditions(fully,partially and non-immersed in water).Then,computed tomography(CT)tests were conducted on the sandstones when the freeze-thaw number reached 0,5,10,15,20 and ***,the effects of water immersion conditions on the microstructure deterioration of sandstone under freezethaw cycles were evaluated using CT spatial imaging,porosity and damage ***,focusing on the partially immersed condition,the immersion volume rate was defined to understand the effects of immersion degree on the freeze-thaw damage of sandstone and to propose a damage model considering the freeze-thaw number and immersion *** results show that with increasing freeze-thaw number,the porosities and damage factors under fully and partially immersed conditions increase continuously,while those under non-immersed condition first increase and then remain approximately *** most severe freeze-thaw damage occurs in fully immersed condition,followed by partially immersed condition and finally non-immersed ***,the freeze-thaw number and the immersion volume rate both impact the microstructure deterioration of the partially immersed *** the same freeze-thaw number,the damage factor increases approximately linearly with increasing immersion volume rate,and the increasing immersion degree exacerbates the microstructure deterioration of ***,the proposed model can effectively estimate the freeze-thaw damage of partially immersed sandstone with different immersion volume rates.
In the current ever-changing market, agility has become a fundamental prerequisite for organizational success. Despite the extensive research into agility, its components, and implementation across various sectors and...
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Skin cancer is acknowledged as the most prevalent form of cancer on a global scale. Failure to detect it in its initial phases can lead to fatality, underscoring the significance of early diagnosis. While visible to t...
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Understanding the factors contributing to CO2 emissions is pivotal for informed policy-making and sustainable urban development. This study probes the interconnections between urban attributes, transportation patterns...
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The utilization of plant species as bio-indicators for monitoring air pollutants and trace elements has been widely explored;however, limited research has focused on their photosynthetic responses and the development ...
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The purpose of this study is to develop a daylight device with variable optical properties using near-infrared absorbing reflectors that can provide adequate solar radiation shielding or solar heat utilization during ...
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This study presents a formulation method for implementing a material constitutive model using a memory surface in finite element analysis, capable of accurately reproducing the cyclic hardening and softening behavior ...
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