Abstract
Because neutrons can penetrate distances of up to 50 mm in most engineering materials, this makes them unique for establishing residual-stress distributions non-destructively. D1A is particularly suited for through-surface measurements as it does not suffer from instrumental surface aberrations commonly found on multidetector instruments, while D20 is best for fast internal-strain scanning. Two examples for residual-stress measurements in a shot-peened material, and in a weld are presented to demonstrate the attractive features of both instruments. (author).
Ezeilo, A N;
Webster, G A;
[1]
Webster, P J
[2]
- Imperial College, London (United Kingdom)
- Salford Univ. (United Kingdom)
Citation Formats
Ezeilo, A N, Webster, G A, and Webster, P J.
Residual-stress measurements.
France: N. p.,
1997.
Web.
Ezeilo, A N, Webster, G A, & Webster, P J.
Residual-stress measurements.
France.
Ezeilo, A N, Webster, G A, and Webster, P J.
1997.
"Residual-stress measurements."
France.
@misc{etde_593232,
title = {Residual-stress measurements}
author = {Ezeilo, A N, Webster, G A, and Webster, P J}
abstractNote = {Because neutrons can penetrate distances of up to 50 mm in most engineering materials, this makes them unique for establishing residual-stress distributions non-destructively. D1A is particularly suited for through-surface measurements as it does not suffer from instrumental surface aberrations commonly found on multidetector instruments, while D20 is best for fast internal-strain scanning. Two examples for residual-stress measurements in a shot-peened material, and in a weld are presented to demonstrate the attractive features of both instruments. (author).}
place = {France}
year = {1997}
month = {Apr}
}
title = {Residual-stress measurements}
author = {Ezeilo, A N, Webster, G A, and Webster, P J}
abstractNote = {Because neutrons can penetrate distances of up to 50 mm in most engineering materials, this makes them unique for establishing residual-stress distributions non-destructively. D1A is particularly suited for through-surface measurements as it does not suffer from instrumental surface aberrations commonly found on multidetector instruments, while D20 is best for fast internal-strain scanning. Two examples for residual-stress measurements in a shot-peened material, and in a weld are presented to demonstrate the attractive features of both instruments. (author).}
place = {France}
year = {1997}
month = {Apr}
}