KTÜAES: DSpace

Cable-driven parallel robots, Sliding mode control, Reinforcement learning 1

Cable-Stayed Bridge, Dynamic Analysis, Stochastic Analysis, Random Process, Earthquake, Power Specktral Density Function, Mean of Maxima Value, Frequency of Occurence, Probability Distribution Function. 1

Cable-Stayed Bridge, Incoherence Effect, Wave-Passage Effect, Uniform Ground Motion Effect, Soil-Structure Interaction, Pile Foundation, Stochastic Analysis 1

Cable-stayed bridge, Spatially varying ground motion, Soil-structure interaction, Boundary Element Method, Finite Element Method, Coupled Finite - Boundary Element Method. 1

Cadaster, Renovation (22-a application), Data Standards, Cadaster pads 1

Cadastral updating, Digitization, Compensation in cadaster, Recourse, SWOT analysis 1

Cadastre, Extracted out of the forest area, Sustainable Land Management 1

Cadastre, Land Management, Urban Transformation-Renewal, Chi-Square Analysis 1

Cadastre, LRCIS, Data Standardts, ITRF, Cadastral Bases 1

Cadastre, Multi Functional Cadastre, Cost Recovery, Revolving Fund 1

Cadastre, Renovation, 3402/41. Article, Digitization. 1

café, spatial organization, customer choice, coffeehouse 1

Calabrian pine, Pinus brutia Ten., Physical and Mechanical Properties,Forest Fire 1

Calculation of Chemical Exergy Values of Some Fuels In this study, chemical exerji values of some solid and liguid fuels used in our country were calculated and the fuels are compared with each other depend on obtained exerji values. The first law analysis of thermodynamics which explains energy conservation principle, although necessary, does not give a complete picture ( or evaluating ) of the limitations and potantialities of the various components of an energy system. This way result in the installation of equipment that is not properly designed and matched with one another. But, the second law of thermodynamics, or exergy analysis gives better result for performans analysis and design of the energy systems. Exergy or availability energy is the maximum theoretical useful work obtainable as the system interact to equilibrium with the environment only. Alternatively, exergy is the minimum theoretical useful work required to form a quantity of matter from substances present in the environment and to bring the matter to a spesified state. Therfore, the use of exergy analysis ( or second law of thermodynamics ) in thermal system design and performance calculations is using more and more gradually. In the present study, the chemical exergy values of some hard coal, lignite, wood and biomass and other fuel-oil fuels used in our country were calculated by using exergy analysis method given in the literatüre and calculated results are given in tables and figures. According to the obtained chemical exergy calculations, the best fuels are Çatalağza ( hard coal ), Sorgun ( lignite ), Hybride Poplar ( wood, biomass ) and No.2 fuel-oil. 1

Call Center, Human Factor, Performance Management System, Customer Relationship 1

Cam agrega, Sönmüş kireç, Nanokil, Taş mastik asfalt, Asfalt betonu, Hamburg tekerlek izi testi, Modifiye Lottman, Tekrarlı yük sünme testi, Yoğurmalı kompaktör, Kalıcı deformasyon, Su hasarı. 1

Camellia sinensis ; Cıva ; Kadmiyum ; Kurşun ; Toksik maddeler ; Çay 1

Camellia sinensis ; Mercury ; Cadmium ; Lead ; Toxic substances; Tea 1

CAMELS, Finansal Performans, Bankacılık Sektörü, Zaman Serisi Analizi, VAR Analizi 1

Campanula lactiflora (Campanulaceae), NMR, EI-MS. 1

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