NIT
Latest uploads at NIT. Looking for notes at NIT? We have lots of notes, study guides and study notes available for your school.
-
15
- 0
-
1
All courses for NIT
-
Computer aided design 3
-
Earthquake Engineering 8
-
Electrical Engineering 1
-
Fuzzy Logic and Set Theory Part-1 1
-
Graduate 1
-
Mathematics 1
Latest notes & summaries NIT
It is the part of computer graphics/CAD topic in which you can learn about how the design help in production and manufacturing, why we use this , what is the purpose of this.
in Geometric transformation how 2d and 3d modelling are translate, rotate, reflect, scale what mechanism in this process.
- Book
- Class notes
- • 123 pages's •
-
NIT•computer aided design
-
Cad/Cam Theory • Zeid• ISBN 9780070151345
Preview 4 out of 123 pages
It is the part of computer graphics/CAD topic in which you can learn about how the design help in production and manufacturing, why we use this , what is the purpose of this.
in Geometric transformation how 2d and 3d modelling are translate, rotate, reflect, scale what mechanism in this process.
It is the part of computer graphics/CAD topic in which you can learn about how the solid modelling help in production and manufacturing, why we use this , what is the purpose of this.
in 3d .
- Book
- Class notes
- • 51 pages's •
-
NIT•computer aided design
-
Cad/Cam Theory • Zeid• ISBN 9780070151345
Preview 4 out of 51 pages
It is the part of computer graphics/CAD topic in which you can learn about how the solid modelling help in production and manufacturing, why we use this , what is the purpose of this.
in 3d .
It is the part of computer graphics/CAD topic in which you can learn about how the surface design help in production and manufacturing, why we use this , what is the purpose of this.
in 2d and 3d modelling .
- Book
- Class notes
- • 11 pages's •
-
NIT•computer aided design
-
CAD/CAM: Computer-Aided Design and Manufacturing • Groover• ISBN 9788177584165
Preview 2 out of 11 pages
It is the part of computer graphics/CAD topic in which you can learn about how the surface design help in production and manufacturing, why we use this , what is the purpose of this.
in 2d and 3d modelling .
Design Methodology of Multi degree of freedom System
- Package deal
- Class notes
- • 41 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 2 out of 41 pages
Design Methodology of Multi degree of freedom System
Ductility Design
- Package deal
- Class notes
- • 94 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 2 out of 94 pages
Ductility Design
Masonry Structures
- Package deal
- Class notes
- • 83 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 4 out of 83 pages
Masonry Structures
Generalized Single Degree of Freedom System
- Package deal
- Class notes
- • 14 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 2 out of 14 pages
Generalized Single Degree of Freedom System
Multi degree of freedom System
- Package deal
- Class notes
- • 63 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 2 out of 63 pages
Multi degree of freedom System
Introduction to Siesmology
- Package deal
- Class notes
- • 119 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 4 out of 119 pages
Introduction to Siesmology
A complete notes of Structural Dynamics: Introduction to Structural Dynamics & Seismic Analysis, Single and Multi Degree of Freedom System SDOF & MDOF system, Masonary Structures, Ductility Design, Capacity Based Design Performance Based Design
- Package deal
- Class notes
- • 147 pages's •
-
NIT•Earthquake engineering
-
Structural Dynamics & Seismic Analysis• By mukul002
Preview 2 out of 147 pages
A complete notes of Structural Dynamics: Introduction to Structural Dynamics & Seismic Analysis, Single and Multi Degree of Freedom System SDOF & MDOF system, Masonary Structures, Ductility Design, Capacity Based Design Performance Based Design