Results 261 to 270 of about 6,764,216 (308)
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1997
We have argued in previous chapters that a distinction should be drawn between Goods Flow Control (GFC) and Production Unit Control (PUC). Goods Flow Control can be broken down into Aggregate Production Planning and Factory Coordination. Production Unit Control is also called Production Activity Control, see Figure 23.1. While GFC has been discussed in
J. C. Wortmann +2 more
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We have argued in previous chapters that a distinction should be drawn between Goods Flow Control (GFC) and Production Unit Control (PUC). Goods Flow Control can be broken down into Aggregate Production Planning and Factory Coordination. Production Unit Control is also called Production Activity Control, see Figure 23.1. While GFC has been discussed in
J. C. Wortmann +2 more
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2015
This chapter provides an overview of building structure modeling and control. It focuses on different types of control devices, control strategies, and sensors used in structural control systems. It also discusses system identification techniques and some important implementation issues.
Wen Yu, Suresh Thenozhi
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This chapter provides an overview of building structure modeling and control. It focuses on different types of control devices, control strategies, and sensors used in structural control systems. It also discusses system identification techniques and some important implementation issues.
Wen Yu, Suresh Thenozhi
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2020
This chapter is dedicated to the target field of adaptronics “Active Vibration Control”. Following on from the previous chapter, simple analytical considerations on beam models provide the basis for modeling vibrations in continuous systems with applied functional elements.
Johannes Michael Sinapius +2 more
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This chapter is dedicated to the target field of adaptronics “Active Vibration Control”. Following on from the previous chapter, simple analytical considerations on beam models provide the basis for modeling vibrations in continuous systems with applied functional elements.
Johannes Michael Sinapius +2 more
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2002
Let M be an arbitrary finite or countable set of points (a grid). Suppose that to each point m ∈ M there corresponds a finite set of points N m , m ∈ M, (the stencil of the difference scheme). Let \( \phi \left( {m,U_{N_m } } \right) = \phi \left( {m,U_n } \right),n \in N_m , \), be a given function defined for each m ∈ M.
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Let M be an arbitrary finite or countable set of points (a grid). Suppose that to each point m ∈ M there corresponds a finite set of points N m , m ∈ M, (the stencil of the difference scheme). Let \( \phi \left( {m,U_{N_m } } \right) = \phi \left( {m,U_n } \right),n \in N_m , \), be a given function defined for each m ∈ M.
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Journal of Sound and Vibration, 2001
This paper considers the two-dimensional problem of a plane vortex sheet disturbed by an impulsive line source. A previous incorrect treatment of this problem is examined in detail. Instabilities of the vortex sheet are triggered by the source and grow exponentially in space and time.
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This paper considers the two-dimensional problem of a plane vortex sheet disturbed by an impulsive line source. A previous incorrect treatment of this problem is examined in detail. Instabilities of the vortex sheet are triggered by the source and grow exponentially in space and time.
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2002
One of the reasons for actively controlling the vibration of a structure may be to reduce its sound radiation. Before considering such active vibroacoustic control systems in a later chapter, we use this chapter to review the physical limitations of purely acoustical active control systems, i.e.
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One of the reasons for actively controlling the vibration of a structure may be to reduce its sound radiation. Before considering such active vibroacoustic control systems in a later chapter, we use this chapter to review the physical limitations of purely acoustical active control systems, i.e.
openaire +1 more source
Cervical cancer prevention and control in women living with human immunodeficiency virus
Ca-A Cancer Journal for Clinicians, 2021Philip E Castle, Vikrant V Sahasrabuddhe
exaly