Results 201 to 210 of about 1,096,401 (237)
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Journal of Dynamic Systems, Measurement, and Control, 1972
Two types of bond graphs which imbed Lagrange’s equations and variables are found for systems conceived in terms of energy and power. The basic form also imbeds simpler transformed equations and more primitive variables. The graphs enhance one’s grasp of both energetic structure and functional behavior, including nonlinearities, and give state space ...
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Two types of bond graphs which imbed Lagrange’s equations and variables are found for systems conceived in terms of energy and power. The basic form also imbeds simpler transformed equations and more primitive variables. The graphs enhance one’s grasp of both energetic structure and functional behavior, including nonlinearities, and give state space ...
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1991
When I read a technical paper written by an author from whom I have not read anything before, I usually find that I have the biggest problems not with mastering the intellectual challenges that the paper presents, but with understanding the author’s terminology and relating it back to concepts with which I am familiar In this context, modeling is a ...
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When I read a technical paper written by an author from whom I have not read anything before, I usually find that I have the biggest problems not with mastering the intellectual challenges that the paper presents, but with understanding the author’s terminology and relating it back to concepts with which I am familiar In this context, modeling is a ...
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2016
Components and elements bond the system, which define the relationship between two consecutive ports. These bonding elements follow constitutive laws for equating power between bonds. These elements are analogues in different energy systems as we discussed effort and flow variables in Chap. 3.
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Components and elements bond the system, which define the relationship between two consecutive ports. These bonding elements follow constitutive laws for equating power between bonds. These elements are analogues in different energy systems as we discussed effort and flow variables in Chap. 3.
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2011
Incremental true bond graphs are used for a matrix-based determination of first-order parameter sensitivities of transfer functions, of residuals of analytical redundancy relations, and of the transfer matrix of the inverse model of a linear multiple-input–multiple-output system given that the latter exists.
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Incremental true bond graphs are used for a matrix-based determination of first-order parameter sensitivities of transfer functions, of residuals of analytical redundancy relations, and of the transfer matrix of the inverse model of a linear multiple-input–multiple-output system given that the latter exists.
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Bond graph modelling for chemical reactors
Mathematical and Computer Modelling of Dynamical Systems, 2006Françoise Couenne +2 more
exaly
Investigation of Hydrogen Bond Patterns∶ A Review of Mathematical Tools For the Graph Set Approach
Crystallography Reviews, 2002Joel Bernstein
exaly
Bond-graph model of a piezostack driven jetting dispenser
Simulation Modelling Practice and Theory, 2014Lining Sun, Ming Zhong, Shizhou Lu
exaly