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Kalyana Nakshatrala

Associate Professor

University of Houston

United States

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About

Dr. Kalyana Nakshatrala is an Associate Professor at the University of Houston, USA. His research primarily focuses on fiber-composites, thermal regulation in vascular systems, and reactive-transport systems. Recent articles authored by Dr. Nakshatrala explore topics such as fracture behavior in composites, thermal invariants, and advanced modeling techniques including physics-informed neural networks.

Articles (18)

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2025

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2021

Collaborators (3)

Maruti Mudunuru

Pacific Northwest National Laboratory

UNITED STATES

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Jason Patrick

Associate Professor

North Carolina State University

UNITED STATES

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Soheil Soghrati

UNITED STATES

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Kalyana Nakshatrala

Research Interests

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About

Articles (18)

Tailoring interlaminar shear and mode-I fracture behavior in fiber-composites via soft self-healing thermoplastic inclusions

Dynamic Properties of Double Porosity/Permeability Model

Thermal Regulation in Thin Vascular Systems: A Sensitivity Analysis

Topological effects of 3D-printed copolymer interlayers on toughening and in situ self-healing in laminated fiber-composites

Experimental study of passive seismic vibration isolation by trench-type periodic barrier

A methodology for measuring heat transfer coefficient and self-similarity of thermal regulation in microvascular material systems

CoolPINNs: A physics-informed neural network modeling of active cooling in vascular systems

Configuration-independent thermal invariants under flow reversal in thin vascular systems

Modeling Thermal Regulation in Thin Vascular Systems: A Mathematical Analysis

A Deep Learning Modeling Framework to Capture Mixing Patterns in Reactive-Transport Systems

A Modeling Framework for Coupling Plasticity with Species Diffusion

Active isolation tests of metamaterial-based barriers and foundation

Field experimental investigation on broadband vibration mitigation using metamaterial-based barrier-foundation system

How to pose material design problems for flow through porous media applications? Sensitivity of dissipation rate to medium's permeability holds the key

A Microvascular-Based Multifunctional and Reconfigurable Metamaterial

A Microvascular‐Based Multifunctional and Reconfigurable Metamaterial (Adv. Mater. Technol. 11/2021)

Discrete Lattice Modeling of Wave Propagation in Materials with Heterogeneous Microstructures

Effect of viscous shearing stresses on optimal material designs for flow of fluids through porous media

Collaborators (3)

Maruti Mudunuru

Jason Patrick

Soheil Soghrati

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