{"tema_id":"350","string":"calculatedForce","created":"2025-12-01 14:31:49","code":null,"notes":[{"@type":"Definition note","@lang":"en","@value":"Indicates that the force values were calculated. "},{"@type":"Definition note","@lang":"de","@value":"Gibt an, dass die Kraftwerte berechnet wurden. "},{"@type":"Scope note","@lang":"en","@value":"Can be used in combination with fittingFunction and increasing or decreasing. "},{"@type":"Scope note","@lang":"de","@value":"Kann in Kombination mit fittingFunction und increasing oder decreasing verwendet werden. "},{"@type":"Historical note","@lang":"en","@value":"2025-12-01 Created "},{"@type":"Historical note","@lang":"en","@value":"2026-01-05: changed scope note and example note. "},{"@type":"Historical note","@lang":"en-US","@value":"2026-03-17: example updated "},{"@type":"Example note","@lang":"en","@value":"\n<dcc:result refType=\"force_fittingFunction force_calculatedForce force_increasing\">\n    <dcc:name>\n        <dcc:content lang=\"de\">Ausgleichsfunktion berechnete Kraft (aufsteigende Kraftstufen)<\/dcc:content>\n        <dcc:content lang=\"en\">Fitting function calculated force (increasing force levels)<\/dcc:content>\n    <\/dcc:name>\n    <dcc:description>\n        <dcc:content lang=\"de\">Die Berechnung der Kraft F\u2090 zu einem gegebenen Messwert X erfolgt mit Hilfe der Funktion:<\/dcc:content>\n        <dcc:content lang=\"en\">The calculation of the force F\u2090 related to a measurement signal X is carried out using the function:<\/dcc:content>\n    <\/dcc:description>\n    <dcc:data>\n        <dcc:formula refType=\"force_function\">\n            <dcc:mathml>\n                <ml:math>\n                    <ml:declare type=\"fn\">\n                        <ml:ci id=\"calculatedForceIncreasingCompressive\">F_a<\/ml:ci>\n                        <ml:lambda>\n                            <ml:bvar>\n                                <ml:ci>X<\/ml:ci>\n                            <\/ml:bvar>\n                            <ml:apply>\n                                <ml:plus \/>\n                                <ml:apply>\n                                    <ml:times\/>\n                                    <ml:ci id=\"calculatedForceLinearIncreasingCompressiveCoefficient_a\">a<\/ml:ci>\n                                    <ml:ci>X<\/ml:ci>\n                                <\/ml:apply>\n                                <ml:apply>\n                                    <ml:times\/>\n                                    <ml:ci id=\"calculatedForceQuadraticIncreasingCompressiveCoefficient_b\">b<\/ml:ci>\n                                    <ml:apply>\n                                        <ml:power \/>\n                                        <ml:ci>X<\/ml:ci>\n                                        <ml:cn>2<\/ml:cn>\n                                    <\/ml:apply>\n                                <\/ml:apply>\n                                <ml:apply>\n                                    <ml:times\/>\n                                    <ml:ci id=\"calculatedForceCubicIncreasingCompressiveCoefficient_c\">c<\/ml:ci>\n                                    <ml:apply>\n                                        <ml:power \/>\n                                        <ml:ci>X<\/ml:ci>\n                                        <ml:cn>3<\/ml:cn>\n                                    <\/ml:apply>\n                                <\/ml:apply>\n                            <\/ml:apply>\n                        <\/ml:lambda>\n                    <\/ml:declare>\n                <\/ml:math>\n            <\/dcc:mathml>\n        <\/dcc:formula>\n        <dcc:list refType=\"force_functionParameters\">\n            <dcc:name>\n                <dcc:content lang=\"de\">Koeffizienten<\/dcc:content>\n                <dcc:content lang=\"en\">Coefficients<\/dcc:content>\n            <\/dcc:name>\n            <dcc:quantity refType=\"force_coefficient force_linear\" refId=\"calculatedForceLinearIncreasingCompressiveCoefficient_a\">\n                <si:real>\n                    <si:value>-9.997634e-4<\/si:value>\n                    <si:unit>\\kilo\\newton\\milli\\volt\\tothe{-1}\\volt<\/si:unit>\n                <\/si:real>\n            <\/dcc:quantity>\n            <dcc:quantity refType=\"force_coefficient force_quadratic\" refId=\"calculatedForceQuadraticIncreasingCompressiveCoefficient_b\">\n                <si:real>\n                    <si:value>3.867554e-13<\/si:value>\n                    <si:unit>\\kilo\\newton\\milli\\volt\\tothe{-2}\\volt\\tothe{2}<\/si:unit>\n                <\/si:real>\n            <\/dcc:quantity>\n            <dcc:quantity refType=\"force_coefficient force_cubic\" refId=\"calculatedForceCubicIncreasingCompressiveCoefficient_c\">\n                <si:real>\n                    <si:value>8.55847e-20<\/si:value>\n                    <si:unit>\\kilo\\newton\\milli\\volt\\tothe{-3}\\volt\\tothe{3}<\/si:unit>\n                <\/si:real>\n            <\/dcc:quantity>\n        <\/dcc:list>\n    <\/dcc:data>\n<\/dcc:result>\n "}]}