What's a mechanical failure
What's a mechanical failure? In short, mechanical malfunctions are those where the mechanical system is small enough to include parts, components, components, and so large that the entire equipment, or even a series of combinations, loses the performance and state it is required to perform. Like a bicycle, for example, if the chain is broken and no normal ride is possible, or if a car engine is in trouble, it's a mechanical failure。
Whether the damage to individual spare parts or the failure of the entire equipment system, as long as it is no longer able to perform as required by normal work, there is a mechanical malfunction. When the machinery fails, its technical indicators change significantly and thus fall short of the required usage requirements. For example, a machine bed could have been processed with a precision of 0. 01 mm, reduced to 0. 1 mm after a malfunction and did not meet production needs, which was the direct effect of the malfunction。
It is important to note here that the concept of mechanical failure cannot be understood simply as material damage or equipment inoperable, performance reduced to below design standards, and that mechanical failure can result from factors such as the ageing of equipment. Just like cars that have been running for more than a decade, parts are naturally aging, and even without bad power, fuel, etc., do not meet the design standards for new vehicles, which is also a malfunction。
What are the manifestations of mechanical failure? For example, reduced engine power, loss of balance in the transmission system, increased noise, increased temperature, reduced institutional capacity for work and increased consumption of lubricant are all mechanical failures。
And to give you a few common examples: the failure of engines to start, the uneven operation of the machine bed and the failure of equipment to brake are all manifestations of mechanical failure. For example, when motor engines fail to burn, when machine beds are processed, and elevator brakes don't work, the conditions encountered in life and production are essentially mechanical。
What do we do when the machine fails? The first is to understand the structural manifestations of the malfunctions, mainly the damage to the parts and the disruption of the interrelationship between them, such as the break-up of the parts, the widening of the gap between the pieces or the failure of excess co-operation, and the relaxation of the fixtures. There are corresponding solutions to these failures. Damage to mechanical parts can be repaired using mechanical repair techniques, and damage to the inter-component location requires the dismantling and adjustment of mechanical equipment and replacement of spare parts as necessary. For example, bent thin parts can be repaired through electromagnetic workstations, complex equipment needs to be dismantled and repositioned, and heavy parts can be replaced directly。
These are the manifestations of and responses to mechanical failures, which, it is hoped, will lead to a clearer understanding of them, and the next time a similar problem is encountered, there will be a preliminary line of appreciation。
