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125 Jahre Materialprüfungsanstalt MPA Universität Stuttgart 1884 ...

125 Jahre Materialprüfungsanstalt MPA Universität Stuttgart 1884 ...

125 Jahre Materialprüfungsanstalt MPA Universität Stuttgart 1884 ...

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<strong>125</strong> <strong>Jahre</strong> <strong>MPA</strong> <strong>Universität</strong> <strong>Stuttgart</strong> | Vortrag | Dr. Robert Tregoning/Carol Moyer<br />

Dr. Robert Tregoning 1<br />

Technical Advisor for Materials, US Nuclear Regulatory Commission, Rockville/ USA<br />

Mrs Carol Moyer 2<br />

Program Manager – Codes & Standards, US Nuclear Regulatory Commission, Rockville/ USA<br />

Collaboration between the U.S. Nuclear Regulatory<br />

Commission and the <strong>Materialprüfungsanstalt</strong> <strong>Universität</strong><br />

<strong>Stuttgart</strong>: Past successes and future opportunities<br />

Abstract<br />

The <strong>Materialprüfungsanstalt</strong> Univer-<br />

sität <strong>Stuttgart</strong> (<strong>MPA</strong>) has been promi-<br />

nent in materials testing and materials<br />

research in nearly all fields of mechanical<br />

engineering and civil engineering since<br />

the end of the 19th century. During this<br />

time, a principal <strong>MPA</strong> vision has been to<br />

develop knowledge and then to transfer<br />

this knowledge into technological inno-<br />

vations that have practical benefits. Of<br />

particular note has been <strong>MPA</strong>’s role in<br />

fostering the safe application of nuclear<br />

technologies. The marking of the <strong>125</strong> th<br />

anniversary of the <strong>MPA</strong> is a testimony to<br />

the successful implementation of its vi-<br />

sion.<br />

The U.S. Nuclear Regulatory Com-<br />

mission’s (NRC’s) mission to license and<br />

regulate the civilian use of byproduct,<br />

source, and special nuclear materials in<br />

the United States to ensure adequate<br />

protection of public health and safety is<br />

consistent with <strong>MPA</strong>’s vision and, in par-<br />

ticular, its work related to nuclear safety.<br />

Hence, <strong>MPA</strong> and NRC have long shared<br />

similar technological interests and issues<br />

that have led naturally to fruitful interac-<br />

tions. This paper highlights several past<br />

successful collaborations between the<br />

<strong>MPA</strong> and NRC and describes the even-<br />

tual research findings and/or regulatory<br />

products that derived from these collabo-<br />

rations. Subsequently, several ongoing<br />

NRC research activities are described<br />

that may provide opportunities for con-<br />

tinued, mutually beneficial collaboration<br />

between the <strong>MPA</strong> and NRC.<br />

Introduction<br />

The <strong>Materialprüfungsanstalt</strong> Univer-<br />

sität <strong>Stuttgart</strong> (<strong>MPA</strong>) has been promi-<br />

nent in materials testing and materials<br />

research in nearly all fields of mechanical<br />

engineering and civil engineering since<br />

the end of the 19th century. During this<br />

time, a principal <strong>MPA</strong> vision has been to<br />

develop knowledge and then to transfer<br />

this knowledge into technological inno-<br />

vations that have practical benefits. Of<br />

particular note has been <strong>MPA</strong>’s role in<br />

fostering the safe application of nuclear<br />

technologies. The marking of the <strong>125</strong> th<br />

anniversary of the <strong>MPA</strong> is a testimony to<br />

the successful implementation of its vi-<br />

sion.<br />

51 |<br />

1 Author<br />

2 Co-Author/Lecturer

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