Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Gongcheng Kexue Yu Jishu/Advanced Engineering Science (ISSN: 2096-3246) is a bi-monthly peer-reviewed international Journal. Gongcheng Kexue Yu Jishu/Advanced Engineering Science was originally formed in 1969 and the journal came under scopus by 2017 to now. The journal is published by editorial department of Journal of Sichuan University. We publish every scope of engineering, Mathematics, physics.
Submission Deadline
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Vol
57
, Issue
11
)
10 Dec 2025
Day
Hour
Min
Sec
Day
Hour
Min
Sec
Publish On
(
Vol
57
, Issue
11
)
31 Dec 2025
Scopus Indexed (2025)
Aim and Scope
Gongcheng Kexue Yu Jishu/Advanced Engineering Science (ISSN: 20963246) is a peer-reviewed journal. The journal covers all sort of engineering topic as well as mathematics and physics. the journal's scopes are in the following fields but not limited to:
Agricultural science and engineering Section:
Horticulture,
Agriculture,
Soil Science,
Agronomy,
Biology,
Economics,
Biotechnology,
Agricultural chemistry,
Soil,
development in plants,
aromatic plants,
subtropical fruits,
Green house construction,
Growth,
Horticultural therapy,
Entomology,
Medicinal,
Weed management in horticultural crops,
plant Analysis,
Tropical,
Food Engineering,
Venereal diseases,
nutrient management,
vegetables,
Ophthalmology,
Otorhinolaryngology,
Internal Medicine,
General Surgery,
Soil fertility,
Plant pathology,
Temperate vegetables,
Psychiatry,
Radiology,
Pulmonary Medicine,
Dermatology,
Organic farming,
Production technology of fruits,
Apiculture,
Plant breeding,
Molecular breeding,
Recombinant technology,
Plant tissue culture,
Ornamental horticulture,
Nursery techniques,
Seed Technology,
plantation crops,
Food science and processing,
cropping system,
Agricultural Microbiology,
environmental technology,
Microbial,
Soil and climatic factors,
Crop physiology,
Plant breeding,
Electrical Engineering and Telecommunication Section:
Electrical Engineering,
Telecommunication Engineering,
Electro-mechanical System Engineering,
Biological Biosystem Engineering,
Integrated Engineering,
Electronic Engineering,
Hardware-software co-design and interfacing,
Semiconductor chip,
Peripheral equipments,
Nanotechnology,
Advanced control theories and applications,
Machine design and optimization ,
Turbines micro-turbines,
FACTS devices ,
Insulation systems ,
Power quality ,
High voltage engineering,
Electrical actuators ,
Energy optimization ,
Electric drives ,
Electrical machines,
HVDC transmission,
Power electronics.
Computer Science Section :
Software Engineering,
Data Security ,
Computer Vision ,
Image Processing,
Cryptography,
Computer Networking,
Database system and Management,
Data mining, Big Data, Robotics ,
Parallel and distributed processing ,
Artificial Intelligence ,
Natural language processing ,
Neural Networking, Distributed Systems ,
Fuzzy logic, Advance programming,
Machine learning,
Internet & the Web,
Information Technology ,
Computer architecture,
Virtual vision and virtual simulations,
Operating systems,
Cryptosystems and data compression,
Security and privacy,
Algorithms,
Sensors and ad-hoc networks,
Graph theory,
Pattern/image recognition,
Neural networks.
Civil and architectural engineering :
Architectural Drawing,
Architectural Style,
Architectural Theory,
Biomechanics,
Building Materials,
Coastal Engineering,
Construction Engineering,
Control Engineering,
Earthquake Engineering,
Environmental Engineering,
Geotechnical Engineering,
Materials Engineering,
Municipal Or Urban Engineering,
Organic Architecture,
Sociology of Architecture,
Structural Engineering,
Surveying,
Transportation Engineering.
Mechanical and Materials Engineering :
kinematics and dynamics of rigid bodies, theory of machines and mechanisms, vibration and balancing of machine parts, stability of mechanical systems, mechanics of continuum, strength of materials, fatigue of materials, hydromechanics, aerodynamics, thermodynamics, heat transfer, thermo fluids, nanofluids, energy systems, renewable and alternative energy, engine, fuels, nanomaterial, material synthesis and characterization, principles of the micro-macro transition, elastic behavior, plastic behavior, high-temperature creep, fatigue, fracture, metals, polymers, ceramics, intermetallics.Chemical Engineering :
Chemical engineering fundamentals,
Physical, Theoretical and Computational Chemistry,
Chemical engineering educational challenges and development,
Chemical reaction engineering,
Chemical engineering equipment design and process design,
Thermodynamics,
Catalysis & reaction engineering,
Particulate systems,
Rheology,
Multifase flows,
Interfacial & colloidal phenomena,
Transport phenomena in porous/granular media,
Membranes and membrane science,
Crystallization, distillation, absorption and extraction,
Ionic liquids/electrolyte solutions.
Food Engineering :
Food science,
Food engineering,
Food microbiology,
Food packaging,
Food preservation,
Food technology,
Aseptic processing,
Food fortification,
Food rheology,
Dietary supplement,
Food safety,
Food chemistry.
Physics Section:
Astrophysics,
Atomic and molecular physics,
Biophysics,
Chemical physics,
Civil engineering,
Cluster physics,
Computational physics,
Condensed matter,
Cosmology,
Device physics,
Fluid dynamics,
Geophysics,
High energy particle physics,
Laser,
Mechanical engineering,
Medical physics,
Nanotechnology,
Nonlinear science,
Nuclear physics,
Optics,
Photonics,
Plasma and fluid physics,
Quantum physics,
Robotics,
Soft matter and polymers.
Mathematics Section:
Actuarial science,
Algebra,
Algebraic geometry,
Analysis and advanced calculus,
Approximation theory,
Boundry layer theory,
Calculus of variations,
Combinatorics,
Complex analysis,
Continuum mechanics,
Cryptography,
Demography,
Differential equations,
Differential geometry,
Dynamical systems,
Econometrics,
Fluid mechanics,
Functional analysis,
Game theory,
General topology,
Geometry,
Graph theory,
Group theory,
Industrial mathematics,
Information theory,
Integral transforms and integral equations,
Lie algebras,
Logic,
Magnetohydrodynamics,
Mathematical analysis.
Latest Journals
Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-09-03-2024-678
Abstract : Despite the application of wormhole concretionary laterite stone masonry in the construction industry, the subject lacks adequate information within the scientific community. Also, there is currently a controversy around the influence of mortar grades on the compressive strength of masonry. As much as some authors assert that mortar strength considerably improves masonry strength, others argue that the increase is minimal. Consequently, this study delved into appraising the compressive strength, deformation capacity, and bond strength of laterite stone masonry bonded with cement, lime, and cement-starch mortar. The evaluation was carried out experimentally. The results revealed average compressive strengths of 15MPa, 16MPa, and 13MPa for cement, cement-lime, and cement-starch mortar, respectively, exceeding the 12.4 MPa minimum requirements by ASTM C270. The bond analysis presents cement mortar masonry as having superior bond strength (0.38MPa) compared to cement-lime and cement-starch mortars (0.036MPa and 0.046MPa), respectively. This implies that real-world lateral forces will be better resisted by laterite stone masonry built with cement mortars. Moreover, on average, cement mortar masonry was found to top in compressive strength (1.4MPa), followed by cement-lime (1.28MPa) and cement-starch (0.58MPa), indicating the impact of mortar on the strength of masonry. The average deformations for laterite stone masonry bonded with cement, cement-lime, and cement-starch mortar were 18.88mm, 11.59mm, and 28.19mm, respectively. Decisively, the three types of masonry are recommended, but cement-lime is deemed economical and efficient, although the compressive strength is minimally compromised with the addition of lime. The use of lime also contributes to the reduction of the carbon footprint..
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Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-01-03-2024-677
Abstract : Column One of the most important structural components, columns transfer the weight to the foundations immediately. Therefore, their exposure to any variables or any severe conditions, such as corrosion, may result in the columns buckling, which might lead to the structure collapsing. This manuscript aims to investigate how steel fiber and type of water may reinforce for R.C. columns. In the last few years, the use of steel fiber has been verified in reinforcing. Many researchers have examined concrete beams, columns, and slabs. Investigating the impact of using fiber reinforcement reinforcing polymer on the strengthening of R.C columns after mixing with variable water (fresh water, sea water, and 50% fresh water +50% sea water) is one of the key goals of this study. Twelve short columns made of reinforced concrete make up the experimental program. Nine columns with varied weight percentages of steel fiber (16%, 33%, 50%) from total Required RFT were examined, three of the twelve specimens were evaluated solely, 100% Pure water was considered for the other three specimen one column served as the control column and was tested then. Also pouring 18 cubic and 12 cylinder (3 specimen seawater, 3 specimen pure water,3 specimen”50% seawater +50% pure water) were examined in 7 day and the same number for 28 days to consider strength in our experiment. we observed that using sea water in mix raised the effect of compressive It’s calculated that the load bearing capability of reinforced concrete columns was found to be decreased by adding steel fiber in various volume of glass fiber, according to experimental date..
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Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-08-02-2024-674
Abstract : The study and prediction modeling in this paper on COVID-19 cases in Indian states aims to comprehend the disease's occurrence, severity, and potential future developments. With its findings, the research hopes to help with decision-making, resource allocation, and public health initiatives. To obtain and examine pertinent data, the study combined positivist and pragmatic research approaches. Data came from reputable health organisations and official government databases, with an emphasis on verified instances among Indian citizens. The study and forecasting of COVID-19 cases among Indian people, in conclusion, provide important insights into the prevalence, severity, and future trends of the illness. This research emphasises the need for precise information, contextual comprehension, and teamwork to address the current COVID-19 crisis in Indian states. The execution of focused interventions and informed decision-making will benefit from ongoing study and analysis. In This paper, we are analyzing the future prediction in confirmed case and deaths cases, cured cases in year 2024..
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Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-31-01-2024-673
Abstract : Navigation with Indian Constellation (NavIC) applications, receiver antenna has to resonate at one or more of NavIC bands L1(1575 MHz), L5(1176 MHz) and S (2492 MHz) bands. Here prototypes of Single Band, Dual Band and Triband antennas are designed and validated for NavIC frequencies. Single band (L5–band) antenna of low cost and electrically small size is simulated and verified. A double band antenna for L1 and S band designed and fabricated is improvised with its return loss and Gain parameters using Low Noise Amplifier (LNA). A unique all-Metallic Tri band antenna designed is simulated and fabricated and tested for the performance in L1, L5 and S bands, without LNA. These antennas can be used for tracking purposes. The designed antennas measure (45.14mm x 58mm x1.56mm), (40mm x 40mm x 1.56mm), (30mm x 80mm x 8mm) with Single band, Dual band and Triband antennas respectively, which are all electrically small antennas. The evolution of antennas for NavIC application from Single band antenna to Dual band antenna with low inherited gain and increasing the gain by adding LNA and to Triband antenna with good inherited gain is conveyed..
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Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-30-01-2024-671
Abstract : Hydraulic fracturing is a technique widely employed around the world to enhance the productivity of low-permeability wells. Hydraulic fracturing is performed by injecting a high-viscosity fluid capable of fracturing rocks and transporting proppant. A water-based fracturing fluid is the most commonly utilized fracturing fluid. This fluid is made up of water, polymeric minerals, crosslinks, breakers, and a variety of additional additives that are customized to the properties of the rock and fluid being penetrated. The existence of residues created by polymers that do not entirely break down after the fracture process is a common issue when using water-based fracturing fluids. In addition, the use of different water sources, such as the use of production water with complex ion content, affects both the residue and the rheology of the resulting gelling fluid. The fracturing fluid will also interact with the mineral reservoir rock, which contains clay minerals in varying amounts. This interaction can result in fines migration and clay swelling, which can increase the formation damage and impair permeability during hydraulic fracturing. The presence of residue, fines migration and clay swelling are a source of formation damage which can reduce permeability after hydraulic fracturing, better known as return permeability. This article reviews the formation damage in hydraulic fracturing caused by water based fracturing fluid comprises residues caused by interactions between polymeric materials and other additives, as well as clay issues such as fines migration and clay swelling. Comprehensive knowledge is needed regarding the factors that cause formation damage and return permeability caused by water based fracturing fluid, so that hydraulic fracturing will increase well productivity..
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