Simplified equations to calculate deflections and circumferential strains in buried thermoplastic pipe have been developed for AASHTO based on soil-structure interaction solutions. These equations are evaluated here using measurements of HDPE and PVC pipe responses in full-scale laboratory tests. The comparison indicates that the equations are suitable design tools for standard flexible pipe installations. Structural stiffness of the pipes may have an influence on the performance of the deflection equation, since the method overestimated the deflections for a ribbed PVC pipe with high hoop stiffness. The methods for estimating hoop strain and vertical arching factor worked very well for both pipes, and the equation for bending strains provi...
Soil-pipe interaction studies leading to the laboratory observations of the effects of differential ...
This dissertation documents a study of installation practices for buried pipe. Current practice was ...
The doctoral thesis deals with an analysis of thermoplastics pipes in a soil environment, in particu...
The objective of this paper is to demonstrate a computational method for assessing the allowable dep...
High density polyethylene pipes have been used for over a decade but little information is available...
Typescript (photocopy).In recent years, there has been an increase in the use of flexible plastic pi...
Total deflection of buried thermoplastic pipes is extensively studied in previous work as it is a se...
The deflection of corrugated dual-walled polyethylene pipe was investigated in the laboratory. Labor...
High-density polyethylene (HDPE) double-wall corrugated pipe is a flexible buried pipe widely used i...
This thesis describes the development of a new, rational design method for buried pipe based on the ...
Pipelines are used by many industries to transport different materials, such as water, gas, oil and ...
The aim of this study is to improve the knowledge base for the design of nonpressure high density po...
Peaking deflection caused by compacting the sidefill, referred to as the maximum change of the pipe ...
Constitutive models are presented for calculating HDPE pipe response during pulled in place installa...
"Prepared in cooperation with the Ohio Department of Transportation and the U.S. Department of Trans...
Soil-pipe interaction studies leading to the laboratory observations of the effects of differential ...
This dissertation documents a study of installation practices for buried pipe. Current practice was ...
The doctoral thesis deals with an analysis of thermoplastics pipes in a soil environment, in particu...
The objective of this paper is to demonstrate a computational method for assessing the allowable dep...
High density polyethylene pipes have been used for over a decade but little information is available...
Typescript (photocopy).In recent years, there has been an increase in the use of flexible plastic pi...
Total deflection of buried thermoplastic pipes is extensively studied in previous work as it is a se...
The deflection of corrugated dual-walled polyethylene pipe was investigated in the laboratory. Labor...
High-density polyethylene (HDPE) double-wall corrugated pipe is a flexible buried pipe widely used i...
This thesis describes the development of a new, rational design method for buried pipe based on the ...
Pipelines are used by many industries to transport different materials, such as water, gas, oil and ...
The aim of this study is to improve the knowledge base for the design of nonpressure high density po...
Peaking deflection caused by compacting the sidefill, referred to as the maximum change of the pipe ...
Constitutive models are presented for calculating HDPE pipe response during pulled in place installa...
"Prepared in cooperation with the Ohio Department of Transportation and the U.S. Department of Trans...
Soil-pipe interaction studies leading to the laboratory observations of the effects of differential ...
This dissertation documents a study of installation practices for buried pipe. Current practice was ...
The doctoral thesis deals with an analysis of thermoplastics pipes in a soil environment, in particu...