Doc Productions

Inside Surface

Production 1

Foundations of the Violin Surface

Normal Position Normal Position Analyse

Production 2

The Figure is part of the “BridgeFlexure” series, created to enhance makers’ and musicians’ understanding of the structural and acoustic behavior of the violin bridge. In this section, the bridge in its standard condition is examined using analytical tools and methods to provide a basis for comparison with other deformed states.

Leaning Forward E & A Parts Leaning Forward E & A Parts - Analyze

Production 3

Leaning Forward E & A Parts
The figure shows the localized displacement of the E and A string regions on the upper area of the violin bridge, which is due to the effect resulting from the tension of the corresponding strings.

Lining Forward A & D Part Lining Forward A & D Part - Analyze

Production 4

Lining Forward A & D Part
The figure shows the localized displacement of the A and D string regions on the upper area of the violin bridge, which is due to the effect resulting from the tension of the corresponding strings.

Leaning Forward G & D Parts Leaning Forward G & D Parts - Analyze

Production 5

Leaning Forward G & D Parts
The figure shows the localized displacement of the G and D string regions on the upper area of the violin bridge, which is due to the effect resulting from the tension of the corresponding strings.

Leaning Forward Bridge Waist E , A , D & G Parts Leaning Forward Bridge Waist  E , A , D & G Parts

Production 6

Leaning Forward Bridge Waist E , A , D & G Parts
The figure shows the localized displacement of the E, A, D, and G string regions on the upper area of the violin bridge, which is due to the effect resulting from the tension of the corresponding strings.

Leaning Backward Bridge Waist E , A , D & G Parts Leaning Backward Bridge Waist E , A , D & G Parts - Analyze

Production 7

Leaning Backward Bridge Waist E , A , D & G Parts
The figure shows the localized displacement of the E, A, D, and G string regions on the upper area of the violin bridge, which is due to the effect resulting from the tension of the corresponding strings.

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