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Distributed Transfer Function Method eBook
One-Dimensional Problems In Engineering
language: english
Publisher:
De Gruyter, October of 2023 ‧
see product details
274,94€
10% OFF
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
IMMEDIATE AVAILABILITY
Ebook for ADE
SYNOPSIS
The distributed transfer function method (DTFM) is an analytical method for
modeling, analysis, and control of a class of distributed parameter systems that are
governed by partial differential equations and that can be defi ned over multiple
interconnected subregions. In this comprehensive reference, the authors show how the
DTFM delivers highly accurate analytical solutions in both the frequency domain and
the time domain while offering a versatile modeling technique for various problems
in mechanical, civil, aerospace, electrical, chemical, biomechanical, and vehicle
engineering.
modeling, analysis, and control of a class of distributed parameter systems that are
governed by partial differential equations and that can be defi ned over multiple
interconnected subregions. In this comprehensive reference, the authors show how the
DTFM delivers highly accurate analytical solutions in both the frequency domain and
the time domain while offering a versatile modeling technique for various problems
in mechanical, civil, aerospace, electrical, chemical, biomechanical, and vehicle
engineering.
DETAILS
| Property | Description |
|---|---|
| ISBN: | 9783110759006 |
| Publisher: | De Gruyter |
| Release Date: | October of 2023 |
| Language: | English |
| Format: | eBook |
| File Format and Compatibility: | |
| Collection: | De Gruyter Series On The Applications Of Mathematics In Engineering And Information Sciences |
| Categories: |
eBooks in English
>
Science
>
Mathematics
eBooks in English > Engineering > General Engineering eBooks in English > Others |
| EAN: | 9783110759006 |
| Acessibilidade: | Ver características de acessibilidade indicadas pelo editor |
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