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Taweechai Sumranwanich
Taweechai Sumranwanich
Department of Civil Engineering, Faculty of Engineering, Burapha University
Verified email at buu.ac.th
Title
Cited by
Cited by
Year
Effect of free lime content on properties of cement–fly ash mixtures
K Kaewmanee, P Krammart, T Sumranwanich, P Choktaweekarn, ...
Construction and Building Materials 38, 829-836, 2013
692013
A model for predicting time-dependent chloride binding capacity of cement-fly ash cementitious system
T Sumranwanich, S Tangtermsirikul
Materials and Structures 37 (6), 387-396, 2004
602004
New method to determine tension softening curve of concrete
J Niwa, T Sumranwanich, S Tangtermsirikul
AEDIFICATIO Publishers, Fracture Mechanics of Concrete Structures, 1, 347-356, 1998
241998
Durability properties of concrete with expansive additive
NT Lam, T Sumranwanich, P Krammart, D Yodmalai, R Sahamitmongkol, ...
Engineering Journal of Research and Development 19 (4), 8-15, 2008
82008
Time-dependent chloride binding capacity of various types of cement pastes
T Sumranwanich, S Tangtermsirikul
Sci. Asia 30, 127-134, 2004
82004
Chloride penetration resistance, electrical resistivity, and compressive strength of concrete with calcined kaolinite clay, fly ash, and limestone powder
A Kijjanon, T Sumranwanich, W Saengsoy, S Tangtermsirikul
Journal of Materials in Civil Engineering 35 (3), 04022462, 2023
72023
Experimental investigation on the degradation of coating on concrete surfaces exposed to accelerated and natural UV in chloride environment
L Prak, T Sumranwanich, S Tangtermsirikul
Journal of Adhesion Science and Technology 37 (2), 240-256, 2023
72023
Time-dependent model for predicting chloride binding capacity of concrete with crystalline material
L Prak, T Sumranwanich, S Tangtermsirikul
Journal of Materials in Civil Engineering 33 (2), 04020473, 2021
72021
Chloride binding capacity of cement-fly ash paste and simulation of chloride profile in concrete
T Sumranwanich
Thammasat University, 2004
72004
Experimental study to determine the tension softening curve of concrete
J Niwa, T Matsuo, T Sumranwanich
Doboku Gakkai Ronbunshu 1998 (606), 75-88, 1998
71998
Compressive strength and chloride penetration resistance of concrete with fly ash, limestone powder and partial replacement of fine aggregate by bottom ash
S Arttamart, T Sumranwanich
Journal of Engineering, RMUTT 17 (2), 113-25, 2019
62019
Concrete structure deterioration
T Sumranwanich, S Tangtermsirikul
Charansanitwong Printing, Bangkok, 2018
52018
A chloride binding capacity model for cement-fly ash pastes
T Sumranwanich, S Tangtermisirikul
27th Conference on OUR WORLD IN CONCRETE & STRUCTURES, Singapore, 29-30, 2002
42002
コンクリートの引張軟化曲線決定に関する実験的研究
二羽淳一郎, 松尾豊史
土木学会論文集, 75-88, 1998
41998
Investigation of chloride penetration and steel corrosion in repaired concrete after exposure to marine environment of Thailand
L Prak, T Sumranwanich
Journal of Engineering, RMUTT 18 (1), 165-174, 2020
32020
Degree of hydration and mass balance equations for determination of mix proportion of hardened OPC concrete
T Chuosavasdi, B Stitmannaithum, T Sumranwanich, W Saengsoy, ...
Engineering Journal 20 (2), 211-219, 2016
22016
Behavior and calculation method of the flexural strength of reinforced concrete beam with fiber
T Sumranwanich
KMUTT Research and Development Journal 30 (2), 345-362, 2007
22007
Effect of Recycled Concrete Aggregates from Ready-mixed Concrete Plant on Chloride Penetration Resistance and Compressive Strength of Concrete
A Kijjanon, T Sumranwanich
วารสาร วิชาการ พระจอมเกล้า พระนครเหนือ 32 (1), 87-96, 2022
12022
Sustainable development for concrete construction: design and materials
S Tangtermsirikul, C Wanichlamlerd, K Kaewmanee, T Sumranwanich, ...
Journal of Thailand Concrete Association 1 (2), 19-29, 2013
12013
Steel corrosion and critical chloride content in concrete with calcined kaolinite clay, fly ash, and limestone powder under natural and accelerated marine environments
A Kijjanon, T Sumranwanich, S Tangtermsirikul
Structures 62, 106211, 2024
2024
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