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A numerical primer for the chemical engineer
Edwin Zondervan
Research output
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Book/Report
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Book
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Academic
1
Citation (Scopus)
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Dive into the research topics of 'A numerical primer for the chemical engineer'. Together they form a unique fingerprint.
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Mathematics
Numerical Methods
61%
Excel
57%
MATLAB
43%
Text
38%
Model Verification
35%
Engineering
33%
Programming Environments
32%
Performance Model
30%
Partial differential equation
30%
Model Validation
29%
Curve fitting
25%
Explicit Scheme
24%
Process Model
23%
Implicit Scheme
22%
Finite Volume Method
22%
Numerical Techniques
21%
Exercise
21%
Correctness
20%
Linear algebra
20%
Numerical Analysis
19%
Finite Difference
18%
Nonlinear Equations
16%
Linear equation
16%
Ordinary differential equation
16%
Optimization
15%
Cover
15%
Motion
15%
Strategy
14%
Numerical Solution
14%
Model
13%
Demonstrate
12%
Engineering & Materials Science
Numerical methods
73%
Engineers
58%
Chemical engineering
49%
Partial differential equations
41%
MATLAB
33%
Students
30%
Linear algebra
26%
Curve fitting
23%
Finite volume method
23%
Linear equations
22%
Nonlinear equations
22%
Ordinary differential equations
22%
Numerical analysis
17%
Mathematical models
14%
Chemistry
Chemical Engineering
100%
Error
31%
Volume
23%
Environment
23%