102,049 research outputs found

    JOEL G. WOODSON Percussion MASTER'S RECITAL Monday, April 15, 1996 8:00 p.m. Hirsch Orchestra Rehearsal Hall

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    Audio quality of recording varies.Program: March for Two Pairs of Kettledrums / Andre Philidor and Jacques Philidor -- Five Studies for Timpani / Istvan Lang -- Sonata No. 1 in G minor, BWV 1001 / Johann Sebastian Bach -- Ying / Gabriela Lena Frank -- EDGE (Corrugated Box) / Bruce Hamilton -- Blue Bossa / Kenny DorhamThis recital is given in partial fulfillment of the requirements for the Master of Music degree

    The substance of Kraft's Concerto For Timpani And Orchestra and a percussion recital

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    This thesis project is comprised of an essay entitled The Substance of Kraft's Concerto for Timpani and Orchestra and a percussion graduate recital presented on April24, 2010 at California State University, Northridge. The Concerto for Timpani and Orchestra by William Kraft (1983) is one of the most significant solo works for timpani with orchestral accompaniment. By understanding William Kraft the man, his writing style, and his contributions for percussion, it becomes evident how well suited Kraft was to write a timpani concerto, and how exemplary the work itself is. Also, being that there are many technical challenges involved in the performance of the piece, this essay also seeks to evaluate performance solutions by weighing the ideas of three timpanists who have performed the piece in the past. For the second portion of the thesis/artist project a recital program was performed involving six works including the following: Timpani Concerto No. 1 (movements I and III) by William Kraft, King of Denmark by Molton Feldman, Sonata in A minor - II Fuga (originally Sonata in G minor) by Johann Sebastian Bach from his Sonatas and Partitas for the violin, Two Mexican Dances by Gordon Stout, Promptings of the Spirit by Robert Normandie (world premiere performance), and Third Construction by John Cage. (more in text)Includes bibliographical references (leaves 43-45)California State University, Northridge. Department of Music

    The substance of Kraft's Concerto For Timpani And Orchestra and a percussion recital

    No full text
    Includes bibliographical references (leaves 43-45)This thesis project is comprised of an essay entitled The Substance of Kraft's Concerto for Timpani and Orchestra and a percussion graduate recital presented on April24, 2010 at California State University, Northridge. The Concerto for Timpani and Orchestra by William Kraft (1983) is one of the most significant solo works for timpani with orchestral accompaniment. By understanding William Kraft the man, his writing style, and his contributions for percussion, it becomes evident how well suited Kraft was to write a timpani concerto, and how exemplary the work itself is. Also, being that there are many technical challenges involved in the performance of the piece, this essay also seeks to evaluate performance solutions by weighing the ideas of three timpanists who have performed the piece in the past. For the second portion of the thesis/artist project a recital program was performed involving six works including the following: Timpani Concerto No. 1 (movements I and III) by William Kraft, King of Denmark by Molton Feldman, Sonata in A minor - II Fuga (originally Sonata in G minor) by Johann Sebastian Bach from his Sonatas and Partitas for the violin, Two Mexican Dances by Gordon Stout, Promptings of the Spirit by Robert Normandie (world premiere performance), and Third Construction by John Cage. (more in text

    TIMPANI DRUM SYNTHESIS IN 3D ON GPGPUS

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    Physical modeling sound synthesis for systems in 3D is a computationally intensive undertaking; the number of degrees of freedom is very large, even for systems and spaces of modest physical dimensions. The recent emergence into the mainstream of highly parallel multicore hardware, such as general purpose graphical processing units (GPGPUs) has opened an avenue of approach to synthesis for such systems in a reasonable amount of time, without severe model simplification. In this context, new programming and algorithm design considerations appear, especially the ease with which a given algorithm may be parallelized. To this end finite difference time domain methods operating over regular grids are explored, with regard to an interesting and non-trivial test problem, that of the timpani drum. The timpani is chosen here because its sounding mechanism relies on the coupling between a 2D resonator and a 3D acoustic space (an internal cavity). It is also of large physical dimensions, and thus simulation is of high computational cost. A timpani model is presented, followed by a brief presentation of finite difference time domain methods, followed bya discussion of parallelization on GPGPU, and simulation results

    Acoustics of the orchestral kettledrum

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    A complete theoretical overview of the acoustics of the kettledrum is taken. Starting with the well understood vibrations of a stretched circular membrane in a vacuum, the thesis goes on to investigate the deformation produced when the drum is struck and the subsequent behaviour of the system with time. The vibration of the membrane is modified by mass loading, by the hemispherical kettle, by the membrane's stiffness and by the air loading present; the latter is accounted for using a Green function technique. These effects produce significant changes to the frequencies of a freely vibrating system. The results are compared with those obtained experimentally, with good agreement. The most significant conclusions are that the air loading modifies the frequencies of vibration of those modes having only radial nodes to match the harmonic series, thereby creating a distinct sensation of musical pitch, and that the fundamental mode of vibration is damped completely
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