The mechanical work required to strain an elastic body, as a deflected beam, stretched spring, etc., to the elastic limit; also, the work performed by the body in recovering from such strain.
A property of a material which is able to do work against restraining forces during return from a deformed condition.
The amount of energy transferred by mechanical work to take a body from an initial, passive state to its elastic limit; the area under the load-deformation plot up to the elastic limit.
Ratio of energy returned to energy input when rubber is made to undergo a single cycle of rapid deformation.
Capacities within a person that promote positive outcomes, such as mental health and wellbeing, and provide protection from factors that might otherwise place that person at risk of adverse health outcomes. Factors that contribute to resilience include personal coping skills and strategies for dealing with adversity, such as problem-solving, good communication and social skills, optimistic thinking, and help-seeking.
The technical term used to describe "bounce" or "snap". Increasing resilience means an increasing "bounciness".
The ability of an organization to absorb the impact of a business interruption, and continue to provide a minimum acceptable level of service.
(r) the ratio of energy output to energy input in a rapid (or instantaneous) full recovery of a deformed specimen.
Elasticity of the carpet. Ability of carpet pile or cushion to recover original thickness.
Ability to return to its original (working) shape after an incident.
The ability of the community, services or infrastructure to withstand the consequences of an incident.
The speed with which a community returns to its former state after it has been disturbed.
A Trait, representing the speed at which the wrestler recovers from the stunning effects of a maneuver.
The resilience of elastomers subjected to and relieved of stress has been defined by the ASTM as the ratio of energy given up on recovery from deformation to the energy required to produce the deformation, expressed as a percent.
the ability to recover from the impacts of a hazard event.
resilience is the pliability, flexibility, or elasticity of the population/environment to absorb, buffer, and/or manage the event/damage.
Ability of a living system to restore itself to original condition after being exposed to an outside disturbance that is not too drastic. See constancy, inertia.
An indicator of the surface elasticity or "springiness" of FPF. It is measured by dropping a standard steel ball onto the FPF cushion from a given height and measuring what percentage the ball rebounds.
The enduring ability of someone to recover from assaults to their person, whether physical, mental or emotional and, in the midst of that, maintain a sense of spirit and hope.
the physical property of a material that can return to its original shape or position after deformation that does not exceed its elastic limit
an occurrence of rebounding or springing back
The power of recovery to original shape and size after removal of the strain which caused the deformation. A fiber may possess this quality to spring back to its original state after being crushed or wrinkled. Resilience is sometimes referred to as memory.
the capability of a strained body to recover its size and shape after deformation by comparative stress.
An indicator of the surface elasticity or "springiness" of foam. It is measured by dropping a steel ball onto the foam cushion and measuring how high the ball rebounds.
The ability of a carpet fiber to spring back to its original shape after being compressed by foot traffic or furniture.
The capacity of a material to absorb or store energy when it is elastically deformed.
Resilience refers to the ability of a computer, or system, to both withstand a range of load fluctuations and also to remain stable under continuous and / or adverse conditions.
The ability of a system to return to its initial position after being exposed to some external loading. More specifically, the ability of an isolator to completely return the energy imposed on it during vibration or shock. Typically, highly damped elastomers have low resilience while low-damped elastomers have good resilience.
There are some people who may have awful things happen to them but seem to be able to bounce back reasonably quickly. These people have a quality called resilience. It's not that they avoid the pitfalls and difficult times, but when something bad does happen they have the ability to recover quickly.
(or Resilient)—the capacity to recover structure and function after disturbance. A highly resilient community or ecosystem may be completely disrupted by disturbance but quickly returns to its former state.
Surface liveliness and spring-back ability. to the top
ability to overcome threatening or difficult circumstances.
The ability of a fabric to return to its original size or shape after being crushed or stretched. This also refers to the elasticity of the fabric.
The ability of a material to recover from impressions and withstand additional impacts. Usually expressed as the ratio of return to impressed energy.
Ability of carpet pile or cushion to recover original thickness after being subjected to compressive forces or crushing under traffic.
The ability to bounce back from social adversity. Dealing with adversity includes developing increased self-awareness, personal coping, decision-making and problem-solving skills, social skills and the ability to access and utilise mental health promoting resources.
A carpet pile's ability to recover it's reacquire it's original appearance after being crushed by traffic or furniture.
The ability of a system/community/society/defence to react to and recover from the damaging effect of realised Hazards.
The ability of a material to regain its original shape after distortion. Aluminum is a resilient material.
Resilience is a property involving the elastic energy in a material, which causes it to regain its original shape after having been indented by a high pressure load. Resilience, in its broadest sense, consists of properties beyond recovery from indentation.
the ability of an ecosystem to maintain diversity, integrity and ecological processes following disturbance.
The comparison of the amount of energy needed to create an elastic deformation, and the amount of energy needed to recover from such a deformation.
eosystem capacity to recover from adverse impact.
denotes a high rate of energy return from a forcibly deformed piece of cured rubber (resilient rubber balls bounce very high)
Resilience or the ability to bounce is what makes elastomers unique as a class of materials. Depending on the type of elastomer chosen and how it is compounded, the resilience of a material can range from
A paper's ability to return to its original form after being stretched, bent or compressed during the printing and bindery process.
Capability of a sealer or coating to return to its original size and shape after deformation.
Capability of a material to return to its original size and shape after deformation. It is generally expressed in percentage of the ratio of energy returned by rubber to the energy used in compressing rubber.
The ability of a natural system to recover from or adapt to the stresses being placed upon it.
The capacity of a community or ecosystem to maintain or regain normal function and development following disturbance.
The ability of a system or process to absorb the impact of component failure and continue to provide an acceptable level of service.
The ability of a carpet fabric or padding to spring back to its original shape or thickness after being crushed or walked upon.
usually regarded as another name for elasticity. While both terms are fundamentally related there is a distinction in meaning. Elasticity is a general term to describe the property of recovering original shape after a deformation. Resilience refers more to the speed of recovery; that is, a body may be elastic but not highly resilient.
The ability of carpet pile or cushion to recover its original appearance and thickness after continued use. Ss
A measure of energy stored and recovered during a loading cycle. It is expressed in percent.
Ability of service to keep running where one or more components have failed
The ability to provide a backup service in the event of disruption or breakdown. In a fibre network this is normally achieved by placing an end user on a ring of fibre. This means if one side of the ring is broken data can continue to be transmitted through the second undamaged fibre.
Elastic ability of a material to rebound to its original shape after deflection.
the ability of something to resume its original shape after being bent or compressed.
The ability of a community or ecosystem to recover from disturbances.
A substance's ability to return to its former shape and size after being deformed under a heavy load. Also generally refers to a material's general toughness and durability.
The capability of returning to original size and shape after deformation.
Resilience generally means the ability to recover from (or to resist being affected by) some shock, insult, or disturbance. However, it is used quite differently in different fields.
