Table 5. Open in new tab The scaled... | Oxford Academic

Table 5.

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The scaled overpressure calculated by the TNO multi-energy model.

V	φ	$Δ {\bar{p}}_{s}$
V	φ	D = 2	D = 3	D = 4	D = 5	D = 6
1 m³	0.5	0.0248	0.0183	0.0141	0.0117	0.0097
	1.0	0.0550	0.0423	0.0325	0.0269	0.0229
	1.5	0.0499	0.0385	0.0295	0.0267	0.0212
	2.5	0.0324	0.0251	0.0234	0.0198	0.0170
27 m³	0.5	0.0159	0.0118	0.0106	0.0092	0.0078
	1.0	0.0519	0.0404	0.0334	0.0275	0.0221
	1.5	0.0464	0.0350	0.0298	0.0257	0.0208
	2.5	0.0311	0.0220	0.0166	0.0127	0.0109

V	φ	$Δ {\bar{p}}_{s}$
V	φ	D = 2	D = 3	D = 4	D = 5	D = 6
1 m³	0.5	0.0248	0.0183	0.0141	0.0117	0.0097
	1.0	0.0550	0.0423	0.0325	0.0269	0.0229
	1.5	0.0499	0.0385	0.0295	0.0267	0.0212
	2.5	0.0324	0.0251	0.0234	0.0198	0.0170
27 m³	0.5	0.0159	0.0118	0.0106	0.0092	0.0078
	1.0	0.0519	0.0404	0.0334	0.0275	0.0221
	1.5	0.0464	0.0350	0.0298	0.0257	0.0208
	2.5	0.0311	0.0220	0.0166	0.0127	0.0109

Table 5.

Open in new tab

The scaled overpressure calculated by the TNO multi-energy model.

V	φ	$Δ {\bar{p}}_{s}$
V	φ	D = 2	D = 3	D = 4	D = 5	D = 6
1 m³	0.5	0.0248	0.0183	0.0141	0.0117	0.0097
	1.0	0.0550	0.0423	0.0325	0.0269	0.0229
	1.5	0.0499	0.0385	0.0295	0.0267	0.0212
	2.5	0.0324	0.0251	0.0234	0.0198	0.0170
27 m³	0.5	0.0159	0.0118	0.0106	0.0092	0.0078
	1.0	0.0519	0.0404	0.0334	0.0275	0.0221
	1.5	0.0464	0.0350	0.0298	0.0257	0.0208
	2.5	0.0311	0.0220	0.0166	0.0127	0.0109

V	φ	$Δ {\bar{p}}_{s}$
V	φ	D = 2	D = 3	D = 4	D = 5	D = 6
1 m³	0.5	0.0248	0.0183	0.0141	0.0117	0.0097
	1.0	0.0550	0.0423	0.0325	0.0269	0.0229
	1.5	0.0499	0.0385	0.0295	0.0267	0.0212
	2.5	0.0324	0.0251	0.0234	0.0198	0.0170
27 m³	0.5	0.0159	0.0118	0.0106	0.0092	0.0078
	1.0	0.0519	0.0404	0.0334	0.0275	0.0221
	1.5	0.0464	0.0350	0.0298	0.0257	0.0208
	2.5	0.0311	0.0220	0.0166	0.0127	0.0109