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AxisymmetricElastic.h
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29 #ifndef AXISTMMETRICELASTIC_H
30 #define AXISTMMETRICELASTIC_H
31 
33 
34 class AxisymmetricElastic final : public Material2D {
35  const double elastic_modulus; // elastic modulus
36  const double poissons_ratio; // poissons ratio
37 public:
39  unsigned, // tag
40  double, // elastic modulus
41  double, // poissons ratio
42  double = 0 // density
43  );
44 
45  int initialize(const shared_ptr<DomainBase>&) override;
46 
47  [[nodiscard]] double get_parameter(ParameterType) const override;
48 
49  unique_ptr<Material> get_copy() override;
50 
51  int update_trial_status(const vec&) override;
52 
53  int clear_status() override;
54  int commit_status() override;
55  int reset_status() override;
56 
57  void print() override;
58 };
59 
60 #endif
61 
ParameterType
Definition: ParameterType.h:21
The AxisymmetricElastic class defines a isotropic elastic material.
Definition: AxisymmetricElastic.h:34
unique_ptr< Material > get_copy() override
Definition: AxisymmetricElastic.cpp:34
double get_parameter(ParameterType) const override
Definition: AxisymmetricElastic.cpp:32
int update_trial_status(const vec &) override
Definition: AxisymmetricElastic.cpp:36
AxisymmetricElastic(unsigned, double, double, double=0)
Definition: AxisymmetricElastic.cpp:21
int initialize(const shared_ptr< DomainBase > &) override
Definition: AxisymmetricElastic.cpp:26
int commit_status() override
Definition: AxisymmetricElastic.cpp:47
void print() override
Definition: AxisymmetricElastic.cpp:59
int clear_status() override
Definition: AxisymmetricElastic.cpp:41
int reset_status() override
Definition: AxisymmetricElastic.cpp:53
The Material2D class defines a isotropic elastic material for plane stress and plane strain problems.
Definition: Material2D.h:43