Sandia National Laboratories performs systems analysis of high risk, high consequence systems. In particular, Sandia is responsible for the engineering of nuclear weapons, exclusive of the explosive physics package. In meeting this responsibility, Sandia has developed fundamental approaches to safety and a process for evaluating safety based on modeling and simulation. These approaches provide confidence in the safety of our nuclear weapons. Similar concepts may be applied to improve the safety of other high consequence systems
Designing and licensing a nuclear power plant and qualification of its subsystems and components is ...
This paper introduces the EU research project Benchmark Exercise on Safety Engineering Practices by ...
Our general objective in SAUNA (2015-2018) has been to develop integrated methods and tools for safe...
In performing assessments of low probability, high consequence systems, it is often preferable to us...
Sandia National Laboratories has refined a process for developing inherently safer system designs, b...
A management system approach for evaluating environment, safety, health, and quality is in use at Sa...
This report describes the state of the art of formal methods and models applied in safety evaluation...
The U. S. Department of Energy (DOE) has recognized that safety assurance requires a balance of inst...
The U. S. Department of Energy (DOE) has recognized that safety assurance requires a balance of inst...
Sandia National Laboratories is conducting, under USNRC sponsorship, phenomenological research relat...
The Security Systems and Technology Center at Sandia National Laboratories has for many years been i...
Quantitative hazard assessments (QHAs) are being used to support the US Department of Energy (DOE) I...
Over forty safety and security related research and development projects have been initiated between...
In this paper, the current status of the Integrated Safety Assessment (ISA) methodology and its appl...
Designing and licensing a nuclear power plant and qualification of its subsystems and components is ...
Designing and licensing a nuclear power plant and qualification of its subsystems and components is ...
This paper introduces the EU research project Benchmark Exercise on Safety Engineering Practices by ...
Our general objective in SAUNA (2015-2018) has been to develop integrated methods and tools for safe...
In performing assessments of low probability, high consequence systems, it is often preferable to us...
Sandia National Laboratories has refined a process for developing inherently safer system designs, b...
A management system approach for evaluating environment, safety, health, and quality is in use at Sa...
This report describes the state of the art of formal methods and models applied in safety evaluation...
The U. S. Department of Energy (DOE) has recognized that safety assurance requires a balance of inst...
The U. S. Department of Energy (DOE) has recognized that safety assurance requires a balance of inst...
Sandia National Laboratories is conducting, under USNRC sponsorship, phenomenological research relat...
The Security Systems and Technology Center at Sandia National Laboratories has for many years been i...
Quantitative hazard assessments (QHAs) are being used to support the US Department of Energy (DOE) I...
Over forty safety and security related research and development projects have been initiated between...
In this paper, the current status of the Integrated Safety Assessment (ISA) methodology and its appl...
Designing and licensing a nuclear power plant and qualification of its subsystems and components is ...
Designing and licensing a nuclear power plant and qualification of its subsystems and components is ...
This paper introduces the EU research project Benchmark Exercise on Safety Engineering Practices by ...
Our general objective in SAUNA (2015-2018) has been to develop integrated methods and tools for safe...