82
82

Jul 2, 2019
07/19

by
Akin, J. E

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xii, 548 p. : 24 cm

Topics: Finite element method -- Data processing, Finite element method

11
11

Oct 22, 2020
10/20

by
Wachspress, Eugene L

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xiii, 331 p. ; 24 cm

Topic: Finite element method

1,013
1.0K

Sep 3, 2019
09/19

by
Strang, William Gilbert, 1934-

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xiv, 306 p.: 24 cm. -

Topic: Finite element method

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25

Oct 7, 2021
10/21

by
Bickford, William B

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xix, 649 p. : 25 cm

Topic: Finite element method

4
4.0

Apr 25, 2022
04/22

by
Logan, Daryl L

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xx, 662 p. : 25 cm. +

Topic: Finite element method

30
30

Oct 12, 2021
10/21

by
Wait, R

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xii, 260 p. : 24 cm

Topic: Finite element method

35
35

Oct 21, 2021
10/21

by
Logan, Daryl L

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xviii, 954 p. : 25 cm

Topic: Finite element method

3
3.0

Jul 5, 2022
07/22

by
Fagan, M. J., 1957-

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xx, 315 p. : 25 cm

Topic: Finite element method

25
25

Aug 3, 2021
08/21

by
Segerlind, Larry J., 1937-

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xiii, 422 p. : 24 cm

Topic: Finite element method

The Structural Synthesis Transformation is used to conduct structural system identification in the frequency domain. For spatially complete where each of the frequency response functions at every degree of freedom of each of the coordinates of the modeled system are available it shown that the theory exactly identifies all modeling errors. For spatially incomplete cases where the frequency response functions are available only at a proper subset of the degrees of freedom of the finite element...

Topic: Finite Element Method

4
4.0

May 11, 2022
05/22

by
Tong, Pin

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x, 332 p. : 24 cm

Topic: Finite element method

20
20

Jun 7, 2021
06/21

by
Baker, A. J., 1936-

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xvi, 341 p. : 24 cm +

Topic: Finite element method

3
3.0

Jul 11, 2022
07/22

by
Robinson, John, 1933-

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xxi, 428 p. 24 cm

Topic: Finite element method

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99

Aug 31, 2019
08/19

by
Szabo, B. A. (Barna Aladar), 1935-

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xv, 368 p. : 24 cm

Topic: Finite element method

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39

Nov 6, 2020
11/20

by
Mori, Masatake

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xi, 188 p. : 25 cm

Topic: Finite element method

2
2.0

May 29, 2021
05/21

by
Toogood, Roger, 1951-

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1 volume (various pagings) : 28 cm

Topic: Finite element method

3
3.0

Feb 15, 2021
02/21

by
Gagnon, Yves

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2 volumes : 28 cm

Topic: Finite element method

Due to a limited number of accelerometers available for use, the shock trial for the DDG-51 class destroyer provided a spatially incomplete set of time history data. However, a visualization of the shock response of the entire ship is desired. To this end, finite element model reduction methods are employed to provide a transformation matrix which is used to expand this relatively small collection of data into the same number of degrees of freedom as the finite element model. Using this...

Topic: Finite Element Method

16
16

Oct 14, 2021
10/21

by
Segerlind, Larry J., 1937-

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xiii, 422 p. : 24 cm

Topic: Finite element method

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88

Sep 1, 2019
09/19

by
Schwarz, Hans Rudolf, 1930-

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x, 386 p. : 24 cm

Topic: Finite element method

492
492

Jun 5, 2012
06/12

by
Desai, C. S. (Chandrakant S.), 1936-

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Includes bibliographies and index

Topic: Finite element method

13
13

Jan 12, 2022
01/22

by
Burnett, David S

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xix, 844 p. : 25 cm

Topic: Finite element method

86
86

May 16, 2018
05/18

by
Klaus Bathe, J. T.Oden, and Walter Wunderlich (Eds.)

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xvi, 1091 pages : 24 cm

Topics: Finite element method -- Congresses, Finite element method, Finite-Elemente-Methode

12
12

Jan 16, 2022
01/22

by
Logan, Daryl L

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xviii, 925 pages : 25 cm

Topics: Finite element method -- Textbooks, Finite element method, Elementmetoden, endelig, elementmetode

7
7.0

Jul 1, 2022
07/22

by
Zienkiewicz, O. C

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1 online resource (3 volumes, 13 unnumbered pages of plates) :

Topics: Finite element method, Finite element method -- Data processing, Finite element method -- Computer...

This investigation is concerned with minimum weight designs of arch structures. Using the finite element method, the arch is modeled by contiguous bar-beam elements. Element stiffness coefficients in terms of local degrees of freedom are related to system degrees of freedom through local to global coordinate transformations. After coordinate transformations, element stiffness coefficients are assembled into FEM stiffness equations for the arch structure. An objective function for weight...

Topics: Arches, Computer programs., Finite Element Method, Finite element method, Weight Optimization

71
71

Sep 25, 2014
09/14

by
Potts, J. Frank, 1940-; Oler, J. Walter

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Bibliography: p. 301-302

Topics: Finite element method, Microcomputers

The support system for a proximal fracture of the femur is studied by means of the finite element method. The support system of the Gamma III by Stryker is used for this study due to the versatility and simplicity of the system. The variance of each system was modeled to validate the results. Parametric studies between the models were conducted and design improvements were then tested against the existing parameters. Given the material properties for the Ti-6 AL-4V support system and bone, the...

Topics: Finite element method, Femur

8
8.0

Jul 26, 2021
07/21

by
Symposium on Finite Element Method (1982 : Hefei Shi, China)

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478 p. : 25 cm

Topic: Finite element method -- Congresses

6
6.0

Jul 21, 2021
07/21

by
Conference on the Mathematics of Finite Elements and Applications (6th : 1987 : Brunel University)

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xviii, 622 pages : 24 cm

Topics: Finite element method -- Congresses, Finite element method, Elements finis, méthode des --...

53
53

May 25, 2017
05/17

by
McClain, Marjorie; Witzgall, Christoph

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Topics: Surface energy, Finite element method

Finite element models can be used to discern the location and severity of damage in structures. This is frequently pursued by using the differences in measured and computed natural frequencies, in conjunction with the sensitivities calculated using the FE model. Given that a modal test produced a limited number of natural frequencies for a structure, the concept of Artificial Boundary Conditions (ABC) was developed, which yields additional natural frequency information for a structure. This is...

Topics: Finite element method, Mathematical models

122
122

Oct 6, 2015
10/15

by
Gawain, Theodore Henry.

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Title from cover

Topic: FINITE ELEMENT METHOD--COMPUTER PROGRAMS.

163
163

Jul 1, 2019
07/19

by
Rao, S. S

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xxvi, 643 p. : 24 cm

Topics: Engineering mathematics, Finite element method

7
7.0

Feb 28, 2022
02/22

by
Gould, Phillip L

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xiii, 210 p. : 24 cm

Topics: Shells (Engineering), Finite element method

The dynamic analysis of large, complex structural systems is computationally intensive and therefore prohibits the use of optimization procedures, which are both iterative and complex with respect to variable search patterns. The solution to this problem is through the use of time and frequency synthesis techniques. They provide a means of rapidly recalculating a system's changed response due to structural modifications, as dictated by the optimization procedure. The efficiency is gained...

Topics: STRUCTURAL PROPERTIES, Finite Element Method

The objective of this study is to investigate joint strength of the scarf joint configuration, constructed from carbon and glass woven fabric hybrid laminates, with different material combinations. Glass/glass, glass/carbon, carbon/glass, and carbon/carbon are tested under various loading conditions like tension, compression, bending and shear loading. Both experimental and computational studies are conducted. For the experimental study, specimens made of scarf joints using carbon and glass...

Topics: Finite element method, Fracture mechanics

Title from cover

Topic: FINITE ELEMENT METHOD--COMPUTER PROGRAMS.

7
7.0

May 4, 2022
05/22

by
Chandrupatla, Tirupathi R., 1944-

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xiv, 414 p. : 25 cm. +

Topics: Finite element method, Engineering mathematics

7
7.0

Apr 25, 2022
04/22

by
Hinton, E., Ph.D

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xii, 305 p. : 24 cm

Topic: Finite element method -- Data processing

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27

Oct 7, 2020
10/20

by
White, R. E. (Robert E.) cn

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x, 354 p. : 24 cm

Topics: Finite element method, Nonlinear theories

The finite element method is applied to The two-dimensional, inviscid, compressible radial equilibrium equation for axial compressors. Isoparametric elements are used along with three-point Gaussian integration for stiffness matrix evaluation. The radial equilibrium equation is put into quasi-harmonic form for stream function formulation and results are presented using an isentropic flow assumption. Axial velocity profiles at rotor and stator blade edges are compared with published performance...

Topics: Aeronautics, finite element method, turbomachines

5
5.0

Jun 9, 2022
06/22

by
Pironneau, Olivier

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205 p., [5] p. of plates : 25 cm

Topics: Fluid mechanics, Finite element method

4
4.0

May 20, 2022
05/22

by
Ghanem, Roger

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x, 222 p. : 22 cm

Topics: Finite element method, Stochastic processes

2
2.0

Mar 25, 2021
03/21

by
Gunzburger, Max D

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xvii, 269 p. : 24 cm

Topics: Viscous flow, Finite element method

xix, 206 leaves : 28 cm

Topics: Finite element method, Numerical weather forecasting

Finite Element Method Magnetics Version 4.2 User’s Manual

Topics: Finite Element Method, FEA, FEM, FEMM

8
8.0

Sep 11, 2021
09/21

by
Shih, Randy H

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1 volume (various pagings) : 28 cm

Topics: SolidWorks, Finite element method, Engineering mathematics

9
9.0

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xvi, 719 p. : 26 cm

Topics: Structural analysis (Engineering), Finite element method

53
53

Oct 25, 2020
10/20

by
Cheung, Y. K

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180 p. : 25 cm

Topics: Finite element method, Engineering -- Data processing