Bolt Tensioning using Hydraulic Torque Technology
Engineering,Maintenance , Corrosion & Inspection
Detailed Training Content (5 days):
Day 1:
Introduction to Mechanical Joint Integrity
Torque:
Definition and Calculation
Threaded
Fasteners, Torque, and Repair
Bolts,
Studs, and Nuts
Torque
Wrenches
Thread
Repair
Bolt
Tensioners
Hydraulic Bolt Tensioner
Day 2:
Principles of the Equipment and Technology
Torque
Tightening Theory
Bolt
Tensioning and Torquing
Hydraulic
Pneumatic
Fluid
Power
Types of
Hydraulic
Properties
of Fluids
Surface
Tension
Lubrication
Capability
Types of
Hydraulic Fluids
Governing
Laws
Types of
Quick Couplings
Bends
Rings
Day 3:
Tightening, Preparing, and Adjusting Tools
Introduction
Drills
and Fasteners Tools
Fasteners
Nuts,
Washers, Nuts, Screws, and Clamps
Thread
Repair
Washers
Torquing
Nuts and Bolts
Day 4:
Bolted Connection
Connection
failures
Black and
Ordinary Bolts
Bolt
Tightening
High
Strength Friction Grip (HSFG) Bolts
Bolts
Holes
Failure
of Bolted Joints
Design
Strength
Coefficient
of Friction
Formula
for Kellermann-Klien
Bearing
Surface under Bolts head
Standards
and Aspect of coefficient of friction
Slip
Critical Bolt Connection
Bearing
Connection
Bolted
Connection: Examples
Day 5:
Fasteners
Bolts and
Torque
Threat
Failure
Nonpermanent
Joints
Threat
Standards
Tensile
Strength
Mechanics
of Power Screws
Collar
Friction
Head
Types of Bolts
Tension
Location
Bolt
Materials
Fatigue
Strength