Search Results

open access

A Study of Large-Scale Auxiliary Cadence Types in Songs of Schubert, Brahms and Berg

Description: Heinrich Schenker's concept of the auxiliary cadence can be considered as a middleground manifestation of the Ursatz; his definition of the auxiliary cadence caters only to tonal compositions with a single background tonic, such as Brahms's songs. However, there exist compositions in which the a single background tonic cannot be easily ascertained. Such unorthodox compositions, in fact, can be found even prior to Brahms's songs. In such cases, although the opening and closing tonics are differe… more
Date: May 2022
Creator: Wang, He
Partner: UNT Libraries
open access

Change, Longing, and Frustration in Djent-Style Progressive Metal

Description: The progressive metal style "djent" emerged in the mid-to-late 2000s with bands that modeled their use of extended range instruments and complex rhythmic cycles after that of Swedish metal band Meshuggah. The addition of a new vocabulary of melody and harmony by bands such as Periphery, Tesseract, and Animals as Leaders has come to define djent in a new way and provided fruitful ground for voice-leading and metrical analysis. In this dissertation, I approach analysis in two steps. The first ste… more
Date: May 2021
Creator: Sallings, Patrick Nolan, 1982-
Partner: UNT Libraries
open access

A Schenkerian Analysis of Beethoven's E Minor Piano Sonata, Opus 90

Description: This thesis examines the history and origins of Beethoven's E minor Piano Sonata and examines the possibility of the programmatic conception of the work. Dedicated to Beethoven's friend Count Moritz Lichnowsky, the sonata may have been inspired by the Count's illicit affair with his future wife, the singer and actress Josefa Stummer. Providing a thorough Schenkerian analysis of both movements, the inner harmonic structure of the composition is revealed and explained. The author also investigate… more
Date: May 2010
Creator: Treber, Stefan L.
Partner: UNT Libraries
Back to Top of Screen