SOSOVSKI.GROUP KEYWORD DENSITY CHECKER

Total words: 2232 | 2-word phrases: 591 | 3-word phrases: 636 | 4-word phrases: 653

PAGE INFO

Title Try to keep the title under 60 characters (27 characters)
$CE \mu M^2$ Research Group
Description Try to keep the meta description between 50 - 160 characters (0 characters)
Keywords Meta keywords are not recommended anymore (0 characters)
H1 H1 tag on the page (6 characters)
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ONE WORD PHRASES 352 Words

# Keyword H1 Title Des Volume Position Suggest Frequency Density
1of4211.93%
2and359.94%
3the246.82%
4in205.68%
5on154.26%
6fracture123.41%
7dynamic123.41%
8shear82.27%
9to71.99%
10material61.70%

TWO WORD PHRASES 591 Words

# Keyword H1 Title Des Volume Position Suggest Frequency Density
1on a101.69%
2of a71.18%
3on the61.02%
4the dynamic50.85%
5of the40.68%
6influence of40.68%
7fracture toughness40.68%
8fracture surface40.68%
9toughness and40.68%
10and the30.51%
11effect of30.51%
12the effect30.51%
13adiabatic shear30.51%
14dynamic thermomechanical30.51%
15deformation mechanism30.51%
16ductile fracture30.51%
17and dynamic30.51%
18shear band30.51%
19surface roughness30.51%
20grapheneal composite30.51%

THREE WORD PHRASES 636 Words

# Keyword H1 Title Des Volume Position Suggest Frequency Density
1fracture toughness and40.63%
2fracture surface roughness30.47%
3study of the20.31%
4by means of20.31%
5temperatures by means20.31%
6various temperatures by20.31%
7experimental and numerical20.31%
8numerical study of20.31%
9and numerical study20.31%
10of sem insitu20.31%
11ti6al4v hybrid structure20.31%
12interaction between dynamically20.31%
13the effect of20.31%
14between dynamically loaded20.31%
15dynamically loaded cracks20.31%
16loaded cracks and20.31%
17means of sem20.31%
18mechanical properties –20.31%
19adiabatic shear band20.31%
20and preexisting flaws20.31%
21story of a20.31%
22correlation length scale20.31%
23via correlation length20.31%
24the story of20.31%
25m7c3 the story20.31%
26and fracture surface20.31%
27toughness and fracture20.31%
28correlating fracture toughness20.31%
29properties – wrought20.31%
30– wrought and20.31%

FOUR WORD PHRASES 653 Words

# Keyword H1 Title Des Volume Position Suggest Frequency Density
1dynamically loaded cracks and20.31%
2dynamic thermomechanical conversion in20.31%
3fractography evaluation and interpretation20.31%
4fractography using convolutional neural20.31%
5quantitative fractography using convolutional20.31%
6toward quantitative fractography using20.31%
7properties – wrought and20.31%
8mechanical properties – wrought20.31%
9reassessment of the dynamic20.31%
10of the dynamic thermomechanical20.31%
11the dynamic thermomechanical conversion20.31%
12strengthening and deformation mechanisms20.31%
13fracture toughness and fracture20.31%
14and deformation mechanisms in20.31%
15deformation mechanisms in nanolaminated20.31%
16gtn modelbased material parameters20.31%
17of az31 magnesium sheet20.31%
18az31 magnesium sheet at20.31%
19loaded cracks and preexisting20.31%
20various temperatures by means20.31%
21temperatures by means of20.31%
22by means of sem20.31%
23means of sem insitu20.31%
24correlating fracture toughness and20.31%
25ce mu m2 research20.31%
26toughness and fracture surface20.31%
27m7c3 the story of20.31%
28and fracture surface roughness20.31%
29edge impacted pmma specimens20.31%
30and numerical study of20.31%
31numerical study of the20.31%
32the story of a20.31%
33via correlation length scale20.31%
34experimental and numerical study20.31%
35and preexisting flaws in20.31%
36mu m2 research group20.31%
37cracks and preexisting flaws20.31%
38between dynamically loaded cracks20.31%
39interaction between dynamically loaded20.31%
40for enhanced ductile fracture10.15%

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