USrmycourse-WeldingOperations-PartII
The purpose of this subcourse is to introduce the student to the inert gas welding processes, and maintenance of welding equipment. The scope of this subcourse consists of the inert gas welding principles, equipment, and safety precautions; the gas metal-welding principles operations, and equipment nomenclature; and the procedures for troubleshooting and repairing welding equipment. In this subcourse, it should have a Lesson 1, Task 1 and Task 2. In the part of Lesson 1, it talks about the inert gas welding principles, equipment, and safety precautions; gas metal-welding principles, operations, and equipment nomenclature; and procedures for troubleshooting welding equipment and determining methods for repair. In the Task 1; it describing the inert gas and gas metal-arc welding principles, operations, equipment nomenclature, and safety precautions. And in the Task 2; describing the procedures for troubleshooting welding equipment and determining methods of repair.
http://rapidshare.de/files/22943507/USrmycourse-WeldingOperations-PartIIOD165_4AH.pdf 2
Engineering Design and Liquid Process Piping
The purpose of this manual is to provide information for the design of liquid process piping. This manual applies to all HQUSACE elements and all USACE Commands having responsibility for the design of unit processes for treatment of liquids. This manual is to be used in the selection of piping systems and materials for chemical and physical unit processes. Process piping systems include pipe and appurtenances used to transport fluids. Separate guidance has been provided for plumbing, potable water, sewage, storm drainage, fuel and lubricant systems. This manual includes criteria for the design of component parts and assemblies of liquid process piping systems. Compliance with these criteria requires that fundamental design principles are followed. Liquid process piping systems include all pipe and appurtenances which are used to convey liquids to, from and between pumping, storage and treatment units and which are not integral to any unit.
http://rapidshare.de/files/22996888/Engineering_and_Design_Liquid_Process_Piping__US_Army_Engineers_Corp__4AH.pdf 1
Structural Elements Design Manual
There is several excellent books available dealing individually with the design of structural members in timber, concrete, masonry or steel. However, books that deal with the design of structural elements in all four materials are scarce. Therefore the book should prove useful not only to students of structural and civil engineering, but also to those studying for qualification in architecture, building and surveying, which need to understand the design of structural element. The manual is divided into five chapters: general matters, timber, concrete, masonry and steel. Each chapter provides practical guidance on the design of structural elements in accordance with the appropriate British Standard or Code of Practice. In this manual, it is not intended to be an exhaustive explanation of the various design codes-although some readers may find it a useful introduction to those codes. This manual is therefore intended, in some small way, to redress the balance by offering assistance to anyone wishing to learn the principles of structural elements design.
http://rapidshare.de/files/22996831/Draycot_T_-_Structural_Elements_Design_Manual__Butterworth_Heinmann_1990__4AH.pdf 7
The purpose of this subcourse is to introduce the student to the inert gas welding processes, and maintenance of welding equipment. The scope of this subcourse consists of the inert gas welding principles, equipment, and safety precautions; the gas metal-welding principles operations, and equipment nomenclature; and the procedures for troubleshooting and repairing welding equipment. In this subcourse, it should have a Lesson 1, Task 1 and Task 2. In the part of Lesson 1, it talks about the inert gas welding principles, equipment, and safety precautions; gas metal-welding principles, operations, and equipment nomenclature; and procedures for troubleshooting welding equipment and determining methods for repair. In the Task 1; it describing the inert gas and gas metal-arc welding principles, operations, equipment nomenclature, and safety precautions. And in the Task 2; describing the procedures for troubleshooting welding equipment and determining methods of repair.
http://rapidshare.de/files/22943507/USrmycourse-WeldingOperations-PartIIOD165_4AH.pdf 2
Engineering Design and Liquid Process Piping
The purpose of this manual is to provide information for the design of liquid process piping. This manual applies to all HQUSACE elements and all USACE Commands having responsibility for the design of unit processes for treatment of liquids. This manual is to be used in the selection of piping systems and materials for chemical and physical unit processes. Process piping systems include pipe and appurtenances used to transport fluids. Separate guidance has been provided for plumbing, potable water, sewage, storm drainage, fuel and lubricant systems. This manual includes criteria for the design of component parts and assemblies of liquid process piping systems. Compliance with these criteria requires that fundamental design principles are followed. Liquid process piping systems include all pipe and appurtenances which are used to convey liquids to, from and between pumping, storage and treatment units and which are not integral to any unit.
http://rapidshare.de/files/22996888/Engineering_and_Design_Liquid_Process_Piping__US_Army_Engineers_Corp__4AH.pdf 1
Structural Elements Design Manual
There is several excellent books available dealing individually with the design of structural members in timber, concrete, masonry or steel. However, books that deal with the design of structural elements in all four materials are scarce. Therefore the book should prove useful not only to students of structural and civil engineering, but also to those studying for qualification in architecture, building and surveying, which need to understand the design of structural element. The manual is divided into five chapters: general matters, timber, concrete, masonry and steel. Each chapter provides practical guidance on the design of structural elements in accordance with the appropriate British Standard or Code of Practice. In this manual, it is not intended to be an exhaustive explanation of the various design codes-although some readers may find it a useful introduction to those codes. This manual is therefore intended, in some small way, to redress the balance by offering assistance to anyone wishing to learn the principles of structural elements design.
http://rapidshare.de/files/22996831/Draycot_T_-_Structural_Elements_Design_Manual__Butterworth_Heinmann_1990__4AH.pdf 7
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