Natalia Stawicka-Morawska

Lecturer

University of Gdańsk

Poland

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Natalia Stawicka-Morawska is a Lecturer at Gdansk University of Technology in Poland. Her research focuses on enhancing the efficiency of milling processes for large-size workpieces, with recent publications emphasizing operational virtual prototyping and cutting force estimation. She has contributed to developing methods for optimizing spindle speed and minimizing tool vibration in machining applications.

Articles (12)

Year:

2025

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2024

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2022

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2022

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2021

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2021

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2021

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2021

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2021

Year:

2021

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2021

Year:

2021

Collaborators (3)

Arkadiusz Parus

West Pomeranian University of Technology

POLAND

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Marek Galewski

Associate professor

Politechnika Gdanska

POLAND

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Krzysztof Kaliński

Professor

University of Gdańsk

POLAND

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Natalia Stawicka-Morawska

Research Interests

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About

Articles (12)

A method for estimating the work of cutting forces to improve the efficiency of face milling of large-size workpieces

Experimentally Aided Operational Virtual Prototyping to Predict Best Clamping Conditions for Face Milling of Large-Size Structures

Adjusting the Stiffness of Supports during Milling of a Large-Size Workpiece Using the Salp Swarm Algorithm

Adjusting the Stiffness of Supports during Milling of a Large-Size Workpiece Using the Salp Swarm Algorithm

A method of predicting the best conditions for large-size workpiece clamping to reduce vibration in the face milling process

An Experimentally Aided Operational Virtual Prototyping to Obtain the Best Spindle Speed during Face Milling of Large-Size Structures

An Improved Method of Minimizing Tool Vibration during Boring Holes in Large-Size Structures

A technique of experiment aided virtual prototyping to obtain the best spindle speed during face milling of large-size structures

An Experimentally Aided Operational Virtual Prototyping to Obtain the Best Spindle Speed during Face Milling of Large-Size Structures

An Improved Method of Minimizing Tool Vibration during Boring Holes in Large-Size Structures

A technique of experiment aided virtual prototyping to obtain the best spindle speed during face milling of large-size structures

A method of predicting the best conditions for large-size workpiece clamping to reduce vibration in the face milling process

Collaborators (3)

Arkadiusz Parus

Marek Galewski

Krzysztof Kaliński

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