Yaghoob Farnam

Assistant Professor

Drexel University

United States

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Yaghoob Farnam is an Assistant Professor at Drexel University, United States. His research focuses on innovative cementitious composites, particularly in the areas of self-healing mechanisms, thermal properties, and biomineralization for concrete applications. Recent articles by Professor Farnam delve into advanced materials for construction, evaluating their environmental stability and performance under varying conditions.

Articles (14)

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2025

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2025

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2025

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2024

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2024

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2024

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2024

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2023

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2023

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2023

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2023

Collaborators (4)

Robin Deb

Head of Product Development

UNITED STATES

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Parsa Namakiaraghi

Drexel University

UNITED STATES

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Ahmad Raeisi Najafi

Assistant Professor

Drexel University

UNITED STATES

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Christopher M. Sales

Associate Professor

Drexel University

UNITED STATES

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Yaghoob Farnam

Research Interests

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Articles (14)

Sensitivity of embedded channel for self-healing agent delivery on splitting tensile strength of concrete

Nature inspired vascular self-thermal responsive cementitious composites with phase change materials

Evaluating long-term thermal and chemical stability and leaching potential of low-temperature phase change materials in concrete slabs exposed to outdoor environmental conditions

Carbonate biomineralization potential of endospore-laden polymeric fibers (BioFibers) for bio-self-healing applications

Investigating temperature change rate and pore confinement effect on thermal properties of phase change materials for de-icing and low-temperature applications in cementitious composites

Investigation on Physical and Chemical Protecting Mechanism of SME-PS as a Concrete Surface Protectant

Long-Term Performance of Soybean-Based Concrete Surface Protectant under Laboratory Accelerated Aging Conditions

Recent progress in vascularization of cementitious composites: Fundamental concepts, strategies and applications

Development of a nature-inspired polymeric fiber (BioFiber) for advanced delivery of self-healing agents into concrete

Fracture analysis of multifunctional fiber-reinforced concrete using phase-field method

Fracture analysis of multifunctional fiber-reinforced concrete using phase-field method

Enhancing Tensile Response of Polymeric Elements Using Bioinspired 3D Printing: Studying the Effects of Printing Patterns and Process Parameters

Enhancing Tensile Response of Polymeric Elements Using Bioinspired 3D Printing: Studying the Effects of Printing Patterns and Process Parameters

Durability evaluation of reinforced concrete with surface treatment of soy methyl ester-polystyrene under freeze-thaw cycles and calcium chloride

Collaborators (4)

Robin Deb

Parsa Namakiaraghi

Ahmad Raeisi Najafi

Christopher M. Sales

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