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为检验所建立的心血管系统仿真模型，对扩大囊覆盖面积抗荷服（ＥＣＧＳ）的囊覆盖面积及压力制度对人体Ｇ耐力及心血管反应的影响进行了仿真实验，得到了与耿喜臣等（１９９６）离心机实验数据基本吻合的结果。仿真结果表明，ＥＣＧＳ比标准抗荷服能显著提高被试者的松弛＋Ｇｚ耐力，且在提高耐力的同时，被试者的心率没有明显增加。仿真揭示出ＥＣＧＳ的抗荷性能主要依赖于其囊下血管及组织的压力传递效率。虽然ＥＣＧＳ的抗荷性能随压力制度的增加显著提高，但抗荷服压力制度高于１０ｋＰａ／Ｇ时，这一上升趋势变缓。
To test the established cardiovascular system simulation model, the effect of expanding the coverage area and the pressure regime of ECGS on the G-endurance and cardiovascular response of human beings was simulated, 1996) centrifuge experimental data basically consistent results. The simulation results show that ECGS can significantly increase the subject’s relaxation + Gz endurance than the standard anti-kimono clothing, and at the same time improve the endurance, the subjects’ heart rate does not increase significantly. The simulation revealed that the anti-load behavior of ECGS mainly depends on the pressure transmission efficiency of its subvascular vessels and tissues. Although the anti-load performance of ECGS significantly increases with the increase of pressure system, the upward trend tends to be slowed down when the anti-service pressure system is higher than 10 kPa / G.