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Online since: November 2019
Authors: Apurbba Kumar Sharma, Shivani Gupta
Mechanical properties of artificial biomaterials [12][13][14][15]
Artificial materials
Density (g/cm3)
Elastic modulus (GPa)
Yield strength (MPa)
Tensile strength
(MPa)
Compressive strength
(MPa)
Stainless steel (316L)
8.0
193
170-310
450-1000
480-620
Co-Cr-Mo alloys
8.3
240
500-1500
900-1540
NA
Ti-6Al-4V
4.43
114
760-1103
860-965
896-1172
Tantalum
16.7
186-191
140-345
205-480
NA
PLA
1.26
41
15-75
21-60
NA
Pure Mg
1.74
41
21-100
87-180
100-140
HA
3.05-3.15
70-120
NA
21-60
NA
Zirconia
6.05
205
NA
700
2000
Processing of Biomaterials
Various processing methods that are presently in use to produce the implants are shown in Fig. 2.
Online since: December 2014
Authors: Chuan Zhang, Wei Da He
Variables
Factor rotating load estimation
Factor 1
Factor 2
Factor 3
Factor 4
Factor 5
1
Main Business Profitability
.814
-.046
.927
.036
-.178
2
ROA
.978
.146
-.025
-.024
.323
3
ROE
.961
.009
.204
.196
.323
4
Current Ratio
-.141
.961
.319
.295
.021
5
Quick Ratio
.236
.923
-.006
-.003
.163
6
Debt Asset Ratio
-.144
.817
-.204
-.256
-.178
7
Total Assets Turnover
.077
.288
.825
.564
-.042
8
Shareholders’ Rights Growth Rate
.213
.121
.034
.884
.026
9
Net Profit Rate of Return
.023
.241
.028
.956
.356
10
Accounts Receivable Turnover
-.070
-.286
.074
.236
.853
11
Inventory Turnover
.862
.261
-.030
-.562
.272
12
Carbon Reduction R&D Spending Growth Rate
-.161
.136
.037
.125
.896
13
Carbon Reduction Cost growth rate
-.196
.067
.189
.562
.913
Eigenvalue
3.615
3.232
2.564
1.137
1.021
Variance Contribution
32.568
26.695
22.368
10.236
7.654
The Cumulative Variance Contribution Rate
32.568
59.273
81.641
91.877
98.531
Name of Factors
Profitabi-lity
Factor
Solvency
Factor
Carbon Reduc-
tion Ability