The Experts below are selected from a list of 93 Experts worldwide ranked by ideXlab platform
C.m. Falinower - One of the best experts on this subject based on the ideXlab platform.
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Level control in the steam generator of a nuclear power plant
IEEE Transactions on Control Systems Technology, 2000Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent such costly Reactor Shutdowns. The paper presents a framework for addressing this problem based on an extension of the standard linear model predictive control algorithm to linear parameter varying systems
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Linear parameter varying model predictive contr for steam generator level control
Computers & Chemical Engineering, 1997Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong non-minimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
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Level control in the steam generator of a nuclear power plant
Proceedings of 35th IEEE Conference on Decision and Control, 1Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, B. Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
Mayuresh V. Kothare - One of the best experts on this subject based on the ideXlab platform.
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Level control in the steam generator of a nuclear power plant
IEEE Transactions on Control Systems Technology, 2000Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent such costly Reactor Shutdowns. The paper presents a framework for addressing this problem based on an extension of the standard linear model predictive control algorithm to linear parameter varying systems
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Linear parameter varying model predictive contr for steam generator level control
Computers & Chemical Engineering, 1997Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong non-minimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
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Level control in the steam generator of a nuclear power plant
Proceedings of 35th IEEE Conference on Decision and Control, 1Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, B. Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
Pascale Bendotti - One of the best experts on this subject based on the ideXlab platform.
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Level control in the steam generator of a nuclear power plant
IEEE Transactions on Control Systems Technology, 2000Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent such costly Reactor Shutdowns. The paper presents a framework for addressing this problem based on an extension of the standard linear model predictive control algorithm to linear parameter varying systems
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Linear parameter varying model predictive contr for steam generator level control
Computers & Chemical Engineering, 1997Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong non-minimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
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Level control in the steam generator of a nuclear power plant
Proceedings of 35th IEEE Conference on Decision and Control, 1Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, B. Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
Bernard Mettler - One of the best experts on this subject based on the ideXlab platform.
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Level control in the steam generator of a nuclear power plant
IEEE Transactions on Control Systems Technology, 2000Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent such costly Reactor Shutdowns. The paper presents a framework for addressing this problem based on an extension of the standard linear model predictive control algorithm to linear parameter varying systems
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Linear parameter varying model predictive contr for steam generator level control
Computers & Chemical Engineering, 1997Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong non-minimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
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Level control in the steam generator of a nuclear power plant
Proceedings of 35th IEEE Conference on Decision and Control, 1Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, B. Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
Manfred Morari - One of the best experts on this subject based on the ideXlab platform.
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Level control in the steam generator of a nuclear power plant
IEEE Transactions on Control Systems Technology, 2000Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong nonminimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent such costly Reactor Shutdowns. The paper presents a framework for addressing this problem based on an extension of the standard linear model predictive control algorithm to linear parameter varying systems
-
Linear parameter varying model predictive contr for steam generator level control
Computers & Chemical Engineering, 1997Co-Authors: Mayuresh V. Kothare, Pascale Bendotti, Bernard Mettler, Manfred Morari, C.m. FalinowerAbstract:Poor control of the steam generator water level in the secondary circuit of a nuclear power plant can lead to frequent Reactor Shutdowns. Such Shutdowns are caused by violation of safety limits on the water level and are common at low operating power where the plant exhibits strong non-minimum phase characteristics and flow measurements are unreliable. There is, therefore, a need to systematically investigate the problem of controlling the water level in the steam generator in order to prevent costly Reactor Shutdowns. This paper presents a general framework for addressing all aspects of this problem using model predictive control techniques.
