Upper bound limit analysis of spherical pressure vessels with protruding nozzles and associated defects at the intersection

Non-linear buckling analysis of imperfect thin spherical pressure hull for manned submersible

SB. Pranesh
Deepak Kumar
V. Anantha Subramanian
D. Sathianarayanan
GA. Ramadass

December 2017

Thin spherical pressure hulls are used as a human occupancy in deep water applications. DNV and othe...

Stress and fatigue analysis of pressurised vessel-nozzle intersections with and without local wall thinning

Qadir, Manzoor

January 2008

Pressure vessel and piping systems are essential components of all power plants. After long-term ser...

Plastic collapse of ASME ellipsoidal lead pressure vessels

Gerdeen, J. C.
Hutula, D. N.

January 1970

Plastic collapse of ellipsoidal head pressure vessels is considered. The heads have an inside semima...

Limit analysis of spherical pressure vessels with protruding nozzles and associated defects

Goodall, I.W.
Miller, A.G.
Central Electricity Generating Board, Berkeley (UK). Berkeley Nuclear Labs.

January 1981

SIGLELD:1769.7F(CEGB-RD/B--5038N81)(microfiche). / BLDSC - British Library Document Supply CentreGBU...

Plastic limit analysis of pressure vessels with defects

Meng, Q

January 1984

SIGLEAvailable from British Library Document Supply Centre- DSC:D80000 / BLDSC - British Library Doc...

Plastic limit pressures for pressure vessels with defects at openings

Lim, C.S

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:D86598 / BLDSC - British Library Doc...

LIMIT PRESSURES FOR SPHERICAL VESSELS WITH RADIAL BRANCHES OF DIFFERING PROTRUSION LENGTHS

M. Robinson
R. Kitching
C. S. Lim

September 2016

The effectiveness of the length by which a radial branch pipe extends within a spherical pressure ve...

Plastic limit load of ellipsoidal pressure vessel head with nozzle under internal pressure loading

Skopinsky V.N.
Berkov N.A.
Smetankin A.B.

December 2013

A new method and numerical procedure for determining the plastic limit load in an ellipsoid-cylinder...

Minimum weight designs for reinforcement of spherical pressure vessels with radial nozzles

Yeo, K.T.

January 1975

SIGLELD:D49675/84 / BLDSC - British Library Document Supply CentreGBUnited Kingdo

Effect of Pad Reinforcement on the Plastic Limit Load for Nozzle Connection of Cylindrical Vessel

V. N. Skopinsky
N. A. Berkov
R. A. Vozhov

October 2015

The objective of this paper is the further investigation of the shell intersection problem. The pad ...

TECHNOLOGY Design Investigation into the Stress at the Base of a Nozzle of a Pressure Vessel

Devaraju U. R
Manjunath K
Mahesh T. S

August 2015

A pressure vessel typically consists of large cylindrical and / or spherical containers with nozzles...

Limit analysis of cylinder-cylinder intersections

Erbatur, F.

January 1972

SIGLELD:D48963/84 / BLDSC - British Library Document Supply CentreGBUnited Kingdo

Design and Analysis of Cylindrical Pressure Vessel & finding maximum Nozzle Failure Load

Dr. S. G. Jadhav
Fahim Bashir Momin

September 2022

Pressure Vessel is critical Equipment in Oil and Gas Sector & other engineering field since in past ...

The effect of high internal pressure on cylindrical vessels with geometric imperfections

Ong, L.S

January 1985

SIGLEAvailable from British Library Document Supply Centre- DSC:D69463/86 / BLDSC - British Library ...

Effect of the internal pressure and external loads on nozzles in cylindrical vessel

Bozkurt, Murat
Nash, David
Uzzaman, Asraf

October 2020

Understanding the potential for supporting the maximum loading conditions in the system is a key fea...

Non-linear buckling analysis of imperfect thin spherical pressure hull for manned submersible

SB. Pranesh
Deepak Kumar
V. Anantha Subramanian
D. Sathianarayanan
GA. Ramadass

December 2017

Thin spherical pressure hulls are used as a human occupancy in deep water applications. DNV and othe...

Stress and fatigue analysis of pressurised vessel-nozzle intersections with and without local wall thinning

Qadir, Manzoor

January 2008

Pressure vessel and piping systems are essential components of all power plants. After long-term ser...

Plastic collapse of ASME ellipsoidal lead pressure vessels

Gerdeen, J. C.
Hutula, D. N.

January 1970

Plastic collapse of ellipsoidal head pressure vessels is considered. The heads have an inside semima...

Limit analysis of spherical pressure vessels with protruding nozzles and associated defects

Goodall, I.W.
Miller, A.G.
Central Electricity Generating Board, Berkeley (UK). Berkeley Nuclear Labs.

January 1981

SIGLELD:1769.7F(CEGB-RD/B--5038N81)(microfiche). / BLDSC - British Library Document Supply CentreGBU...

Plastic limit analysis of pressure vessels with defects

Meng, Q

January 1984

SIGLEAvailable from British Library Document Supply Centre- DSC:D80000 / BLDSC - British Library Doc...

Plastic limit pressures for pressure vessels with defects at openings

Lim, C.S

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:D86598 / BLDSC - British Library Doc...

LIMIT PRESSURES FOR SPHERICAL VESSELS WITH RADIAL BRANCHES OF DIFFERING PROTRUSION LENGTHS

M. Robinson
R. Kitching
C. S. Lim

September 2016

The effectiveness of the length by which a radial branch pipe extends within a spherical pressure ve...

Plastic limit load of ellipsoidal pressure vessel head with nozzle under internal pressure loading

Skopinsky V.N.
Berkov N.A.
Smetankin A.B.

December 2013

A new method and numerical procedure for determining the plastic limit load in an ellipsoid-cylinder...

Minimum weight designs for reinforcement of spherical pressure vessels with radial nozzles

Yeo, K.T.

January 1975

SIGLELD:D49675/84 / BLDSC - British Library Document Supply CentreGBUnited Kingdo

Effect of Pad Reinforcement on the Plastic Limit Load for Nozzle Connection of Cylindrical Vessel

V. N. Skopinsky
N. A. Berkov
R. A. Vozhov

October 2015

The objective of this paper is the further investigation of the shell intersection problem. The pad ...

TECHNOLOGY Design Investigation into the Stress at the Base of a Nozzle of a Pressure Vessel

Devaraju U. R
Manjunath K
Mahesh T. S

August 2015

A pressure vessel typically consists of large cylindrical and / or spherical containers with nozzles...

Limit analysis of cylinder-cylinder intersections

Erbatur, F.

January 1972

SIGLELD:D48963/84 / BLDSC - British Library Document Supply CentreGBUnited Kingdo

Design and Analysis of Cylindrical Pressure Vessel & finding maximum Nozzle Failure Load

Dr. S. G. Jadhav
Fahim Bashir Momin

September 2022

Pressure Vessel is critical Equipment in Oil and Gas Sector & other engineering field since in past ...

The effect of high internal pressure on cylindrical vessels with geometric imperfections

Ong, L.S

January 1985

SIGLEAvailable from British Library Document Supply Centre- DSC:D69463/86 / BLDSC - British Library ...

Effect of the internal pressure and external loads on nozzles in cylindrical vessel

Bozkurt, Murat
Nash, David
Uzzaman, Asraf

October 2020

Understanding the potential for supporting the maximum loading conditions in the system is a key fea...

Non-linear buckling analysis of imperfect thin spherical pressure hull for manned submersible

SB. Pranesh
Deepak Kumar
V. Anantha Subramanian
D. Sathianarayanan
GA. Ramadass

December 2017

Thin spherical pressure hulls are used as a human occupancy in deep water applications. DNV and othe...

Stress and fatigue analysis of pressurised vessel-nozzle intersections with and without local wall thinning

Qadir, Manzoor

January 2008

Pressure vessel and piping systems are essential components of all power plants. After long-term ser...

Plastic collapse of ASME ellipsoidal lead pressure vessels

Gerdeen, J. C.
Hutula, D. N.

January 1970

Plastic collapse of ellipsoidal head pressure vessels is considered. The heads have an inside semima...

Upper bound limit analysis of spherical pressure vessels with protruding nozzles and associated defects at the intersection

Abstract

Extracted data

Upper bound limit analysis of spherical pressure vessels with protruding nozzles and associated defects at the intersection

Abstract

Extracted data

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