## What is/are Coupled Partitioned?

Coupled Partitioned - In this paper, a loosely coupled partitioned algorithm is used to simulate this fluid-structure interaction (FSI) problem.^{[1]}Hence, this study developed a strongly coupled partitioned iterative method for the structure–piezoelectric–circuit interaction.

^{[2]}An FSI solver is proposed by combing the modified characteristic-based split scheme, dual-time stepping method, segment spring analogy method and loosely coupled partitioned approach, the accuracy and stability of which are validated using two benchmark models including the forced convection heat transfer from a fixed circular cylinder and FIV of an elastically supported circular cylinder.

^{[3]}The numerical model consists of strongly coupled partitioned scheme based on the stabilized finite element method.

^{[4]}The modified characteristic-based split scheme, Galerkin finite element method, semi-torsional spring analogy method and loosely coupled partitioned approach are employed irrespectively for the flow and convection heat transfer, fin vibration, mesh movement and fluid–structure interaction.

^{[5]}The experimental upwind horizontal axis floating wind turbine on a tension leg platform (TLP) setup was validated with the strongly coupled partitioned six degree-of-freedom rigid body motion solver (Chow and Ng 2016).

^{[6]}A novel, loosely coupled partitioned scheme combined with an ALE approach was used to solve this nonlinear FSI problem.

^{[7]}

## Loosely Coupled Partitioned

In this paper, a loosely coupled partitioned algorithm is used to simulate this fluid-structure interaction (FSI) problem.^{[1]}An FSI solver is proposed by combing the modified characteristic-based split scheme, dual-time stepping method, segment spring analogy method and loosely coupled partitioned approach, the accuracy and stability of which are validated using two benchmark models including the forced convection heat transfer from a fixed circular cylinder and FIV of an elastically supported circular cylinder.

^{[2]}The modified characteristic-based split scheme, Galerkin finite element method, semi-torsional spring analogy method and loosely coupled partitioned approach are employed irrespectively for the flow and convection heat transfer, fin vibration, mesh movement and fluid–structure interaction.

^{[3]}A novel, loosely coupled partitioned scheme combined with an ALE approach was used to solve this nonlinear FSI problem.

^{[4]}

## Strongly Coupled Partitioned

Hence, this study developed a strongly coupled partitioned iterative method for the structure–piezoelectric–circuit interaction.^{[1]}The numerical model consists of strongly coupled partitioned scheme based on the stabilized finite element method.

^{[2]}The experimental upwind horizontal axis floating wind turbine on a tension leg platform (TLP) setup was validated with the strongly coupled partitioned six degree-of-freedom rigid body motion solver (Chow and Ng 2016).

^{[3]}

## coupled partitioned scheme

The numerical model consists of strongly coupled partitioned scheme based on the stabilized finite element method.^{[1]}A novel, loosely coupled partitioned scheme combined with an ALE approach was used to solve this nonlinear FSI problem.

^{[2]}

## coupled partitioned approach

An FSI solver is proposed by combing the modified characteristic-based split scheme, dual-time stepping method, segment spring analogy method and loosely coupled partitioned approach, the accuracy and stability of which are validated using two benchmark models including the forced convection heat transfer from a fixed circular cylinder and FIV of an elastically supported circular cylinder.^{[1]}The modified characteristic-based split scheme, Galerkin finite element method, semi-torsional spring analogy method and loosely coupled partitioned approach are employed irrespectively for the flow and convection heat transfer, fin vibration, mesh movement and fluid–structure interaction.

^{[2]}