10. F modeling results

10.1. Values tested for the consistent mass matrix

Identification	Reference	Type	Precision
\(\mathrm{DZ}\) at point \(A\) \(t=1.0\times {10}^{-5}s\)	1.0e—3	ANALYTIQUE	0.1%
\(\mathrm{DZ}\) to point \(A\) \(t=2.4\times {10}^{-5}s\)	—4.0e—4	ANALYTIQUE	0.1%
\(\mathrm{DZ}\) at point \(A\) \(t=8.0\times {10}^{-5}s\)	—8.0e—4	ANALYTIQUE	2.8%
\(\mathit{DZ}\) at point \(A\) \(t=1.2\times {10}^{-4}s\)	2.0e—3	ANALYTIQUE	4.3%
\(\mathit{VZ}\) to point \(A\) \(t=1.2\times {10}^{-4}s\)	—100	ANALYTIQUE	3.7%

	Instant \((s)\)	Reference	Type	Precision
Kinetic energy	\(t=1.0e-6s\)	800J	ANALYTIQUE	0.1%
Kinetic energy	\(t=1.2e-4s\)	800J	ANALYTIQUE	0.1%

10.2. Values tested for the lumped mass matrix

Identification	Reference	Type	Precision
\(\mathrm{DZ}\) at point \(A\) \(t=1.0\times {10}^{-5}s\)	1.0e—3	ANALYTIQUE	0.1%
\(\mathrm{DZ}\) to point \(A\) \(t=2.4\times {10}^{-5}s\)	—4.0e—4	ANALYTIQUE	0.1%
\(\mathrm{DZ}\) at point \(A\) \(t=8.0\times {10}^{-5}s\)	—8.0e—4	ANALYTIQUE	2.0%
\(\mathit{DZ}\) to point \(A\) \(t=1.2\times {10}^{-4}s\)	2.0e—3	ANALYTIQUE	7.9%
\(\mathit{VZ}\) to point \(A\) \(t=1.2\times {10}^{-4}s\)	—100	ANALYTIQUE	30%

	Instant \((s)\)	Reference	Type	Precision
Kinetic energy	\(t=1.0e-6s\)	800J	ANALYTIQUE	0.1%
Kinetic energy	\(t=1.2e-4s\)	800J	ANALYTIQUE	3.0%