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Journal of Building Pathology and Rehabilitation
Journal of Building Pathology and Rehabilitation
中文名称:建筑病理与修复杂志
ISSN:
2365-3159
出版周期:
发文量:36
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1.
Bearing selection for a bridge under India’s varied seismic regions
作者:
Anil Narwal
;
Saraswati Setia
;
S. N. Sachdeva
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
Elastomeric;
Bearings;
Seismic zone;
Efficacy;
Span variation;
Friction;
2.
Microwave energy radiated biochar bonded-cement-clay bricks
作者:
Banjo A. Akinyemi
;
Dharmappa Hagare
;
Alege Oluwadamilare
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
Biochar;
Microwave;
Energy;
Clay;
Bricks;
Sustainable;
3.
Modeling the correlation between energy consumption and the built environment in rural areas: a case study in Egypt
作者:
Elfizon
;
Mohammed I. Alghamdi
;
Ahmed Hussien Radhi AlawadiAhmed Alzahmi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
Qualitative and quantitative approaches;
Buildings’ end-user electricity consumption;
Statistical analysis;
Social activities;
4.
Strengthening of eccentrically loaded RC columns using NSM steel and GFRP bars confined with CFRP sheets
作者:
Haitham Al-Thairy
;
Nibras Atiaa Al-Shimarry
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
RC columns;
NSM;
GFRP bars;
CFRP sheet;
Eccentric load;
5.
Simplified methodological approach for estimating the mean repair time of building portfolios directed to the development of seismic resilience policies, based on the distribution of resources
作者:
Hector Aroquipa
;
Alvaro Hurtado
;
Francisco LeonAdriel GamarraChristiam AngelAndrés OliveraLuis A. MassaRodolfo Paz
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
Repair time;
Resources distribution;
Seismic resilience;
Seismic risk assessment;
Business interruption losses;
6.
An integrated framework for non-destructive evaluation of bridges using UAS: a case study
作者:
Sergio Perez Jimeno
;
Jose Capa Salinas
;
Javier Alexander Perez CaicedoManuel Alejandro Rojas Manzano
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2023年第2期
关键词:
Bridges;
Non-destructive;
UAS;
Inspection;
Drones;
7.
Effectiveness of surface coatings in concrete: chloride penetration and carbonation
作者:
A. F. B. Carneiro
;
P. A. Daschevi
;
E. A. LangaroR. PieralisiM. H. F. Medeiros
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Durability;
Protection;
Coating;
Chloride;
Carbonation;
8.
State of art review on self compacting concrete using mineral admixtures
作者:
S. Dey
;
V. V. Praveen Kumar
;
K. R. GoudS. K. J. Basha
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Concrete;
Self compacting concrete;
Metakaolin;
Curing;
Compaction and structures;
9.
Fluorite mineral waste as natural aggregate replacement in concrete
作者:
Abdulkadir Güle?
;
Muhammed Ahmet O?uzhano?lu
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Fluorite mineral waste;
Waste management;
Mechanical properties of concrete;
10.
Evaluation of concrete self-healing with different fly ash contents and cracking ages by means of ultrasonic pulse velocity and compressive strength tests
作者:
Mayara Wons
;
Letícia Camara
;
Ian EstevesPriscila O. TrentinRonaldo A. Medeiros-Junior
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Self-healing;
Ultrasonic pulse velocity;
Compressive strength;
Fly ash;
11.
Single and multi-objective optimization of steel moment-resisting frame buildings under vehicle impact using evolutionary algorithms
作者:
Abbasali Sadeghi
;
Hamid Kazemi
;
Maysam Samadi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Steel moment-resisting frame;
Light vehicle impact;
Single-objective;
Multi-objective;
Optimization algorithm;
12.
Influence of anti-washout admixtures on the strength and microstructural characteristics of geopolymer concrete
作者:
Ramamohana Reddy Bellum
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Fly ash;
GGBFS;
Geopolymer concrete;
Anti-washout admixtures;
Compressive strength;
Microstructure;
13.
Technological performance of recycled waste paper cellulosic fibre reinforced cement-based mortars
作者:
E. C. L. Rezende
;
A. J. Costa e Silva
;
J. M. P. Q. DelgadoA. C. Azevedo
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Waste paper cellulose fibres;
Cement mortar composites;
Building materials;
Renewable material;
14.
The early-age prediction of concrete strength using maturity models: a review
作者:
K. Nandhini
;
J. Karthikeyan
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Maturity index;
Maturity-strength relation;
Early-age concrete strength;
Assessing techniques;
Benefits;
and limitations;
15.
Performance as for watertightness of rendering mortars using admixtures
作者:
Valéria Costa de Oliveira
;
Jayson Pereira Godinho
;
Kátia Jocasta Ortiz GringsRafael Alves de OliveiraEmilio Gabriel Freire dos Santos
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Performance;
Watertightness;
Renderings mortars;
Admixtures;
Capillarity coefficient;
16.
Strength of stabilized mud block masonry
作者:
Manjunath S. Amalkar
;
Motahar Ali
;
K. S. Jagadish
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Stabilized mud blocks;
Stabilizer;
Multiple regression analysis;
Masonry units;
Masonry prism;
Sustainability;
17.
Energy and seismic drawbacks of masonry: a unified retrofitting solution
作者:
F. Longo
;
M. A. Aiello
;
A. CascardiP. Lassandro
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Geopolymer mortar;
Seismic retrofitting;
Energy improvement;
Inorganic-mortar-composite;
Fiber reinforced cementitious mortar;
Masonry shear test;
18.
Inspection and rehabilitation of the marquee of the Ibirapuera Park in Brazil
作者:
Marcelo Henrique Farias de Medeiros
;
Paulo Helene
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Inspection;
Diagnosis;
Reinforced concrete;
Reinforcement corrosion;
Heritage structures;
19.
Study the progressive collapse analysis of shear wall-framed building for different soil profile types SC/ SD
作者:
Mugahied Mohammed Gasmelseed Elmagbool
;
Karthikeyan Muniraj
;
P. ParthibanOmer Mostafa
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Progressive collapse;
ETABS version. 16.2.1;
Demand capacity ratio (DCR);
Linear static analysis;
General service administration (GSA) guidelines 2013;
ASCE 41-17 Seismic Evaluation and Retrofit of Existing Buildings;
Removed of a?shear wall and a?column;
20.
Reliability-based linear analysis of low-rise RC frames under earthquake excitation
作者:
Majid Pouraminian
;
?Somayyeh Pourbakhshian
;
Hamid YousefzadehEhsan Noroozinejad Farsangi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Epistemic uncertainty;
Monte Carlo;
Sensitivity analysis;
Time response analysis;
Linear frame structure;
21.
Basalt fibre-reinforced concrete: review of fresh and mechanical properties
作者:
Naraindas Bheel
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Basalt fiber;
Workability;
Hardened properties of concrete;
Sustainable development;
22.
Ultra high performance and high strength geopolymer concrete
作者:
Mehrab Nodehi
;
Federico Aguayo
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Ultra high performance geopolymer;
High strength geopolymer;
Reactive powder concrete;
Slurry infiltrated concrete;
Ultra high performance concrete;
High strength concrete;
23.
Learning-based classification of multispectral images for deterioration mapping of historic structures
作者:
Efstathios Adamopoulos
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Built heritage;
Deterioration mapping;
Multispectral reflectance imaging;
Thermal infrared imaging;
Supervised image segmentation;
Machine learning;
24.
Comparative study to analyze the impact of smart technology on functional flexibility and space occupancy
作者:
Raz Radha
;
Abdullah Tayib
;
Ibtisam Mohammed
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Smart interior design;
Conventional homes;
Smart homes;
Time efficiency;
Inner space quality;
25.
Damage index evaluation of frame-shear wall building considering multiple demand parameters
作者:
Durga Mibang
;
Satyabrata Choudhury
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
RC frame shear wall building;
EDPs;
Correlation matrix;
Damage evaluation;
NLTHA;
Global and local DI;
26.
Evaluation of sample drying methods to determine the apparent porosity and estimation of degree of hydration of portland cement pastes
作者:
J. Hoppe Filho
;
?C. S. Rodrigues
;
L. S. O. P. RibeiroM. H. F. Medeiros
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Drying methods;
Lyophilization;
Solvent exchange;
Apparent porosity;
Degree of hydration;
27.
Influence of concrete compressive strength on the debonding failure of externally bonded carbon fiber reinforced polymers
作者:
M?nica Regina Garcez
;
Abrah?o Bernardo Rohden
;
Leila Cristina MeneghettiRebecca Gravina
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Compressive strength;
Concrete;
CFRP;
Debonding;
Intermediate crack;
Beam test;
28.
Influence of water content on physical characteristics of fired bricks during a semi-industrial production process
作者:
Mey Mahamat Imar
;
Zounedou Ntieche
;
Eric Parfait ZeJean Calvin BidoungTheophile Mbakop TchakounteNdigui Billong
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Water content;
Physical characteristics;
Fired bricks;
Brick industry;
29.
Analytical model for bond-slip behavior of the anchorage of deformed bars in reinforced concrete members subjected to bending
作者:
Maruful Hasan Mazumder
;
Raymond Ian Gilbert
;
Zhen- Tian Chang
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Anchorage;
Anchorage length;
Bond stress;
Bond failure;
Reinforced concrete;
30.
Mechanical performance of concrete incorporating wheat straw ash as partial replacement of cement
作者:
Naraindas Bheel
;
Mohd Haziman Wan Ibrahim
;
Adeyemi AdesinaCharles KennedyIrfan Ali Shar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Concrete;
Portland cement;
Wheat straw ash;
Mechanical properties;
Sustainability;
31.
Performance of alkali-activated slag-based concrete with partial replacement of fine aggregate by Used Foundry Sand
作者:
Kanta Naga Rajesh
;
Ponnada Markandeya Raju
;
Kapileswar Mishra
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Alkali activated concrete;
Eco-friendly concrete;
Sustainable concrete;
Green concrete;
Ambient cured concrete;
Used Foundry Sand concrete;
32.
The use of bacteria {Bacillus subtilis) in improving the mechanical properties of concrete
作者:
Akindehinde Ayotunde Akindahunsi
;
Stella M. Adeyemo
;
Amos Adeoye
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Bacterial concrete;
Calcite formation and precipitation;
Cracking;
Durability;
And service life;
33.
Gradual glass waste replacement at the expense of feldspar in Ceramic tiles
作者:
H. H. M. Darweesh
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Clay;
Feldspar;
Glass waste;
Ceramic tiles;
Water absorption;
Density;
Porosity;
Strength;
Shrinkage;
34.
Effect of mineral admixtures and manufactured sand on compressive strength of engineered cementitious composite
作者:
G. Ajith
;
N. Shanmugasundaram
;
S. Praveenkumar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Mineral admixture;
Supplementary cementitious composite;
PVA fibre;
M-sand;
Compressive strength;
ECC;
35.
Simulation of the roof shapes and building orientation on the energy performance of the buildings
作者:
Saeed Morsali
;
Sadegh Akbarian
;
Zhaleh Hamed Zar Gari
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Energy consumption in building;
Building information model;
Net zero energy buildings;
Building orientation;
Nearly zero energy buildings;
36.
Study of shrinkage characteristics of concrete made with pozzolanic materials and partly replacing River sand by MS
作者:
Kiran M. Mane
;
A. M. Joshi
;
D. K. KulkarniK. B. Prakash
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Pozzolanic materials;
M-sand;
Shrinkage parameters;
Microstructure;
37.
Performance assessment of cathodically protected reinforced concrete structure based on alternative performance criterion: a case study
作者:
Homayoon Sadeghi-Pouya
;
Arpit Goyal
;
Eshmaiel Ganjian
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Cathodic Protection;
Reinforced Concrete;
Butler-Volmer equation;
Corrosion rate;
Protection Criteria;
Numerical Modelling;
38.
Alkali-silica reaction: understanding the phenomenon
作者:
Kelvya Maria de Vasconcelos Moreira
;
Paulo Vítor Gomes Oliveira
;
ênio Pontes de DeusAnt?nio Eduardo Bezerra Cabral
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Alkali-silica reaction;
Occurrence mechanism;
Diagnosis;
Mitigation measures;
Supplementary cementitious materials;
Review;
39.
Design and thermal analysis of the conventional residential building using building information modeling
作者:
L. Krishnaraj
;
V. R. Prasath Kumar
;
D. PrernaR. Senthil KumarJ. S. SudarsanS. Nithiyanantham
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Energy efficiency;
Sustainable building;
Building information modelling;
Conventional building;
Thermal analysis;
40.
Influence of drying applications on wood, brick and concrete used as building materials: a review
作者:
M. C. Ndukwu
;
L. Bennamoun
;
M. Simo-TagneM. I. IbehU. C. AbadaI. E. Ekop
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2021年第1期
关键词:
Drying kinetics;
Mathematical modelling;
Shrinkage;
Cracks;
Operating conditions;
41.
Experimental studies of sustainable concrete modified with colloidal nanosilica and metakaolin
作者:
Aabid Hussain Bhat
;
Javed Ahmed Naqash
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Metakaolin;
Nanosilica;
Workability;
Mechanical strength;
Chloride permeability;
42.
Mechanical properties of self-compacting concrete using steel slag and glass powder
作者:
K. P. P. Bharathi
;
S. K. Adari
;
Urmila Pallepamula
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Self compacting concrete;
Glass powder;
Steel slag;
Fresh properties;
Mechanical properties;
43.
Influence of extracted nanosilica on geotechnical properties of soft-clay soil subjected to freeze-thaw cycles
作者:
Meeravali Karumanchi
;
Ruben Nerella
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Extracted nanosilica;
freeze-thaw cycles;
Stabilization;
Clay soil;
Rice husk;
Geotechnical properties;
44.
Mechanical properties of engineered cementitious composites (ECC) incorporating different mineral admixtures and fibre: a review
作者:
N. Shanmugasundaram
;
S. Praveenkumar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Engineered cementitious composite (ECC);
Mechanical properties;
Fibres;
Mineral admixtures;
45.
Investigation on service life prediction models of reinforced concrete structures exposed to chloride laden environment
作者:
S. Athibaranan
;
J. Karthikeyan
;
Shraddha Rawat
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Performance-based design;
Durability limit state;
Service life prediction (SLP);
46.
Characterization of Geobacillusstearothermophilus and its application in soil stabilization
作者:
Pa. Suriya
;
S. P. Sangeetha
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Geobacillus stearothermophilus;
MICP;
Biocementation;
Ureolytic bacteria;
Calcite;
CO2 emissions;
47.
Feasibility of cockle seashell waste as an additive material to concrete as a green concrete initiative to promote sustainability
作者:
R. Ramasubramani
;
A. Nareshbabu
;
J.S. SudarsanS. Nithiyanantham
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Cockle seashell;
Compression test;
Spilt tensile strength;
Flexural strength;
48.
Access to low-cost house by optimizing local building materials in Mekelle City, Northern Ethiopia
作者:
Elshadai Baja Weldetsadik
;
Conno Bodde Hirbaye
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Housing affordability;
Building materials;
Construction cost;
Imported building materials;
Household income;
49.
Residual load carrying capacity of un-stressed RC columns under fire
作者:
Bhargavi Eranki
;
Potharaju Malasani
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Residual load carrying capacity;
Residual compressive strength;
Fire duration;
RC column;
50.
Physico-chemical properties and alteration of Lixus historical monuments building rocks (Larache–Morocco)
作者:
H. Ouacha
;
A. Ben Moussa
;
J. SimaoY. El KharimB. Baghdad
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Weathering;
Building rock;
Lixus;
Monument;
Salt crystallization;
Bio-degradation;
51.
Integrated approach based on non-destructive technique and numerical simulation for assessment of corrosion in bridge
作者:
Yvis J. Silva
;
Renan N. Paulo
;
Israel N. L. SousaMylene M. VieiraEsequiel F. T. Mesquita
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Corrosion;
Bridge;
NDT;
Half-cell potential;
Visual inspection;
Numerical simulation;
52.
Risk assessment with multi-attribute utility theory for building projects
作者:
Vanessa Ribeiro Campos
;
Delcia Janine Sequeira Moreira
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Construction Industry;
MAUT;
Uncertainties in Construction;
Project Planning;
53.
Physical, mechanical and crystallographic properties of clay bricks and mortars of the sixteenth–nineteenth century monuments of East Punjab
作者:
Guljit Singh
;
Anshu Tomar
;
Varinder Singh Kanwar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Historical monuments;
East Punjab;
Nanakshahi clay bricks;
Lime-lime surkhi mortar;
Crystallographic composition;
54.
Assessment of Structural Performance of a historical Mosque under Static and dynamic loads: Burmali Mosque in Amasya, Turkey
作者:
Bur?in ?enol ?eker
;
Ehsan Noroozinejad Farsangi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Static and dynamic analyses;
Mosque;
Macro modelling;
Finite element analysis;
Amasya;
55.
Energy efficiency management and setpoints optimisation strategy in retail store building, India
作者:
Shivani Senthilkumar
;
Vignesh Ayyathurai
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Energy efficiency;
Energy management;
Six-sigma process;
Genetic algorithm;
Simulation-based optimisation;
56.
The particle-size distribution of concrete and mortar aggregates by image analysis
作者:
Fabio Sitzia
;
Massimo Beltrame
;
José Mir?o
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Ancient and modern mortars and concrete;
Cultural heritage;
Image analysis;
Particle-size distribution;
Non-destructive testing;
57.
An experimental investigation on mechanical, durability and Microstructural Properties of high-volume fly ash based concrete
作者:
Vennam Swathi
;
SS. Asadi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Conventional concrete;
Mechanical Properties;
durability characteristics;
Curing period;
Microstructural Analysis;
Water absorption;
58.
Analysing concrete quality in some Algerian construction sites by data structuring
作者:
Ishak Bouallaga
;
Mohamed Abed
;
Said Kenai
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Construction site;
Concrete quality;
Database;
Case study;
Statistical analysis;
59.
A study on recycled lightweight aggregate concrete
作者:
Rishabh Kashyap
;
Mukul Saxena
;
Arstu GautamSaurabh ChauhanAbhishek MouryaPriya Verma
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Recycled aggregate;
Natural aggregate;
Compressive strength;
Flexural strength;
Replacement rate of recycled lightweight coarse aggregate;
Slump test;
60.
Formation of high strength concrete through sustainable waste materials as a partial replacement of cement
作者:
R. Padmapriya
;
J. S. Sudarsan
;
S. Nithiyanantham
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Fibre reinforced concrete;
Mineral admixtures;
Mechanical properties;
Flexural behaviour;
Crack pattern;
Load deflection pattern;
61.
Has the advent of green office buildings influenced the rental depreciation of conventional office buildings? A case study in the Kuala Lumpur Golden Triangle
作者:
Adi Irfan Che Ani
;
Norngainy Mohd Tawil
;
Noraziah MohammadNor Haliza Mahmood
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Depreciation;
Green building;
Conventional building;
Office building;
62.
Effect of detailing on performance of steel T-connection under fire loading
作者:
Hamid Saberi
;
Vahid Saberi
;
Negar KhodamoradiMajid PouraminianAbbasali Sadeghi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Geometrical parameters;
T-connection;
Failure mode;
Fire loading;
Steel Connection;
Finite Element;
63.
Performance evaluation of sustainable materials in roller compacted concrete pavements: a state of art review
作者:
Ram Kumar B.A.V.
;
Ramakrishna G.
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Sustainability;
Reclaimed asphalt pavement (RAP);
Recycled concrete aggregate (RCA);
Electric Arc furnace slag;
Fly Ash;
64.
Mitigation potential of sulfate-resistant Portland cement for internal sulfate attack
作者:
Laura P. M. Camanducaia
;
Nathalia C. S. Santos
;
Ronaldo A. Medeiros-Junior
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Internal sulfate attack;
Sulfate resistant Portland cement;
Mortar;
Expansion;
65.
Development of empirical models for reinforced concrete flat-slab structures using experimental results
作者:
Florin Pavel
;
Ehsan Noroozinejad Farsangi
;
Florin Bizon
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Punching;
Full-scale tests;
Drift capacity model;
Failure;
Empirical model;
RC slab;
66.
Effect of corrosion on residual flexural capacity of corroded RCC members of standard grades
作者:
Poojitha Pogaku
;
Jagadeesh Bommisetty
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Corrosion mass loss;
Reinforcement corrosion;
Accelerated corrosion;
Flexural capacity loss;
Corrosion cracking of reinforced concrete;
67.
Stabilized mortar: property evaluation according to stabilization time
作者:
Sabrina Camara de Morais
;
Alberto Casado Lordsleem Júnior
;
Joaquin Humberto Aquino RochaJúlio Lopes SilvaYêda Vieira Póvoas
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Stabilized mortar;
Physical properties;
Mechanical properties;
SEM;
68.
Effect of shrinkage on slant shear and flexure bond strength of cement based micro-concrete for durable concrete repair
作者:
Dipti Ranjan Nayak
;
Rashmi R. Pattnaik
;
Bikash Ch. Panda
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Micro-concrete;
Concrete repair;
Drying shrinkage;
Bond strength;
Repair materials;
69.
Analysis and development of the Composite Sustainable Condition Index for elevated service reservoir (ESR) by DER method
作者:
Shrikant Baviskar
;
Arunkumar Dwivedi
;
Hiteshkumar Patil
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Condition Index;
DER method;
Elevated service reservoir;
Rural water supply system;
Compressive strength;
NDT;
70.
Investigation on the impact of graphene oxide on microstructure and mechanical behaviour of concrete
作者:
P. V. R. K. Reddy
;
D. Ravi Prasad
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Graphene oxide;
Concrete;
Strength characteristics;
Microstructure;
71.
A new method of estimating equivalent specified compressive strength of existing concrete based on probabilistic modeling of pullout test
作者:
Zhengqi Li
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
In-place concrete strength;
Equivalent specified compressive strength;
Pullout test;
Probabilistic modeling;
Monte Carlo simulation;
72.
Direct-displacement and force-based seismic assessment of RC frame structures
作者:
Anurag Sharma
;
R. K. Tripathi
;
Govardhan Bhat
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Displacement-based design;
Pushover analysis;
Force-based design;
Time history analysis;
Reinforced-concrete frames building;
73.
Studying of microstructure, interface transition zone and ultrasonic wave velocity of high strength concrete by different aggregates
作者:
Morteza Hasannejad
;
Javad Berenjian
;
Majid PouraminianAli Sadeghi Larijani
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Aggregate type;
High strength concrete;
SEM;
Interface transition zone;
Ultrasonic waves structure;
74.
Engineering properties of soda-lime glass powder on Portland cement CEM IV-B-L mortar
作者:
Liliane Van Essa Kamga Samen
;
Rachel Nkwaju Yanou
;
Cédric Karel Fonzeu MonguenArnaud Régis Kamgue LenwoueArlin Bruno TchambaGuy Molay Tchapga GnamisiLiuhua YangBlaise Mempouo
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Glass powder;
Cement;
Pozzolanic-reaction;
Alkali silicate-reaction;
Mechanical strength;
75.
The effect of roof overlay on thermal comfort behaviour of reduced scaled building models in tropical climate: an Indian case study
作者:
Jagadish Vengala
;
Manish S. Dharek
;
S. Ganeshwar ReddyMisbahuddin Mohammad
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Cool roof;
Coating;
Overlay;
Relative humidity;
Broken ceramic tile;
76.
Experimental investigation on bond behaviour, durability and microstructural analysis of self-compacting concrete using waste copper slag
作者:
Bypaneni Krishna Chaitanya
;
Ilango Sivakumar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Microstructure;
Compressive strength;
Waste copper slag;
Chloride permeability;
Water absorption;
Sorptivity;
77.
Experimental investigation on mechanical, durable and stress–strain behaviour of hybrid reinforced concrete admixed BC soil: a novel use of waste fibers to reduce disposal challenges
作者:
K. Chandrasekhar Reddy
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
High performance concrete;
Hybrid fiber orientation;
Mechanical properties;
BC soil;
Stress–strain behaviour;
78.
Experimental characterization of Rat trap and traditional English bond used in masonry structures in Nepal
作者:
Prakash Bahadur Adhikari
;
Hemchandra Chaulagain
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Bond in brick masonry;
Experimental work;
Mechanical characterization;
Energy consumption;
Compressive strength;
79.
Strength and durability performance of concrete cast using permeable formwork liner
作者:
Selvaraj Kandasamy
;
Mani Gowthaman
;
Palanisamy GowdhamramkarthikJagajeevanram Vengadesh Marshall RamanBalakrishnan Magenthiran
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Strength property;
Hydrochloric acid resistance;
Controlled permeable formwork;
Sorptivity;
Water absorption;
Sulfate resistance;
80.
Effect of tile aggregate and flyash on durability and mechanical properties of self-compacting concrete
作者:
Sri Lakshmi Manthena
;
Krishna Rao Boddepalli
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Broken tiles;
Fresh properties;
Self-compacting concrete;
Chemical attack;
Hardened properties;
M30 and M40 grade;
81.
Experimental impacts of removing cover concrete from a coconut shell reinforced concrete beam
作者:
R. Ramasubramani
;
M. Rajeshkumar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Coconut shell;
R-sand;
M-sand;
Cover concrete;
Clear cover;
Flexure;
82.
Characterisation of eco-friendly self-compacting geopolymer concrete for fire endurance properties
作者:
Endow Ayar Mazumder
;
L. V. Prasad M.
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Fly ash;
Ground granulated slag;
Alkali solution;
Self-compacting geopolymer concrete;
Environment friendly;
83.
Experimental study on the durability and mechanical properties of concrete with crumb rubber
作者:
Sara Nadi
;
Hossein Beheshti Nezhad
;
Abbasali Sadeghi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Crumb rubber concrete (CRC);
Micro-silica;
Magnetic water;
Acidic CR;
Compressive strength;
Durability;
84.
Exploration of climate zones based on hierarchal clustering algorithm for buildings in India
作者:
Kirtan Kanani
;
Aditya Kumar Gupta
;
Sanjay Kumar PatelMukund Haribhau Bade
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Passive buildings;
Climate-zoning;
Hierarchical clustering;
Green buildings;
Energy savings;
85.
Evaluation of the performance of corncob ash in cement mortars
作者:
A. A. Akindahunsi
;
C. N. Ogune
;
A. L. AyodeleA. B. FajobiA. M. Olajumoke
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Corncob ash;
Superplasticizers;
Mortars;
Compressive strength;
Chloride profiles;
Durability properties;
86.
Strength and light transmitting characteristics of translucent concrete using plastic optic fibers
作者:
S. P. Sangeetha
;
P. Subathra
;
R. DivaharP. S. Aravind Raj
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Light transmitting concrete;
Plastic optical fiber (POF);
Compressive strength;
Lux meter;
Luminescence;
Eco friendly;
87.
Investigation on concrete with crushed vitrified tiles as coarse aggregates
作者:
M. C. Nataraja
;
Govardhan bhat
;
M. ManojSanjay Mallya
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Concrete mix proportioning;
Vitrified tile aggregates;
Fresh and hardened properties;
Rebound hammer and UPV tests;
Abrasion test;
RCPT;
88.
Mechanical and micro-structural study of cement mortar with graphene oxide
作者:
Surajit Biswas
;
Saroj Mandal
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Graphene oxide;
Mortar;
Compressive strength;
Flexural strength;
Microstructure;
89.
An apposite transfer-learned DCNN model for prediction of structural surface cracks under optimal threshold for class-imbalanced data
作者:
Sudipta Debroy
;
Arjun Sil
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Structural concrete crack;
Image processing;
Binary classification;
Computer vision;
Deep learning;
Convolution neural network;
90.
Prediction of upgraded properties of the concrete with the wash sand waste
作者:
Hiteshkumar Patil
;
Arunkumar Dwivedi
;
Kisan Bidkar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Compressive strength;
Workability;
Flexural strength;
Indirect tensile strength;
Multiple linear regression;
Artificial neural network;
Wash sand waste;
Principal component analysis;
91.
Influence of geopolymer aggregates on micro-structural and durability characteristics of OPC concrete
作者:
Mukkala Priyanka
;
Karthikeyan Muniraj
;
Sri Rama Chand Madduru
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Fly ash;
GGBS;
Geopolymer aggregates;
Mechanical properties;
Durability;
Microstructure;
92.
Effect of load transferring platform on micropile
作者:
Manita Das
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Micropile;
Bearing capacity;
Soft soil;
Load transferring platform;
PLAXIS-2D;
93.
Nonlinear Modal Time History Analysis on RC framed buildings with scrap tyre as the base isolator for Past Indian earthquakes
作者:
J. Cici Jennifer Raj
;
M. Vinod Kumar
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
STRP;
SAP 2000;
SeismoMatch;
Nonlinear Modal Time Analysis;
Developing countries;
UBC-97;
Dynamic properties;
94.
Numerical nonlinear modeling and simulations of high strength reinforced concrete beams using ANSYS
作者:
Pandimani
;
Markandeya Raju Ponnada
;
Yesuratnam Geddada
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Nonlinear material modeling;
Finite element analysis;
Theoretical analysis;
Stress-contour diagrams;
Mesh-sensitivity analysis;
Flexural behavior of HSC beams;
95.
Thin layer interface: an alternative to zero thickness interface for modeling of footing-soil interaction system
作者:
Gaurav D. Dhadse
;
G. D. Ramtekkar
;
Govardhan Bhatt
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Thin layer interface;
Zero thickness interface;
Finite element analysis;
Footing-soil interaction;
Material non-linearity;
96.
Analytical investigation of the influence of various void shape and spacing on the load-bearing behavior of concrete hollow core slabs
作者:
M. Vinod Kumar
;
Razan Alzein
;
A. Chithambar GaneshK. Rajesh KumarN. GurumoorthyAdeyemi Adesina
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Hollow core slabs;
Finite element analysis (FEA);
Finite element analyzing software ANSYS;
Self-weight reduction;
97.
Effect of slag on strength, durability and microstructural characteristics of fly ash-based geopolymer concrete
作者:
Ramamohana Reddy Bellum
;
Mahmoud Al Khazaleh
;
Ravi Kishore PillaSumit ChoudharyChava Venkatesh
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Geopolymer concrete;
Geopolymeric reaction;
Strength characteristics;
Durability studies;
Microstructure;
98.
The viability of calcined clays and volcanic scoria from western Cameroon as Supplementary Cementitious Material (SCM)
作者:
Etone Macka Alexandre Dodo
;
Ondoua Abondo Ebengue Yannick
;
Ntamag Jacques LionelNjimbouombouo Mouliom SoualiouLinda Lekuna DunaBeleuk A. Moungam Lynn MyllyamMedjo Eko RobertLezin Séba MinsiliNdigui Billong
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Portland cement;
Calcined clay;
Volcanic scoria;
Supplementary Cementitious Material;
Western Cameroon;
99.
The implication of using filtered sand in mortar and concrete
作者:
S. T. Shridhar
;
Manjunath S. Amalkar
;
Mohammed IhteshamS. M. BasutkarM. V. Renukadevi
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Filtered sand;
Natural river sand;
Mortar;
Concrete;
Physical and mechanical properties;
100.
An improved iterative technique for inelastic time history analysis of single degree of freedom (SDOF) elasto-plastic system
作者:
R. B. Malathy
;
Govardhan Bhat
;
U. K. Dewangan
期刊名称:
《Journal of Building Pathology and Rehabilitation》
|
2022年第1期
关键词:
Elasto-plastic system;
Newmark β iterative technique;
Time-history analysis;
LabVIEW software;
ANSYS 17.0;
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