RISA Training Courses

RISA-3D Training

Location

RISA Headquarters (Foothill Ranch, Calif.)

Course 1: Basics of Structural Modeling (1 day)

Covers modeling basics such as boundary conditions, local versus global direction loads, member orientation definition, member end releases and offsets, AISC and NDS code checking and shape database editing. Also provides basic training in the use of RISA-3D, with an emphasis on effective use of our graphic tools to manipulate the model including drawing and editing. Spreadsheet operations, cutting and pasting, and efficient results review will round out the day for this course.
Prerequisite: Prior completion of the RISA-3D tutorial
Cost: $400 per person

Course 2: Advanced Structural Modeling (1 day)

Provides an in-depth discussion of the RISA-3D plate finite element and how to use it effectively. Also covered is slave nodes, automatic rigid diaphragm modeling (strengths and weaknesses), moving loads, tension/compression only members and springs and the analysis and design of tapered members. Attention will be given to the use of the graphic methods of modeling and results review.
Prerequisite: Prior completion of the RISA-3D tutorial and Course 1.
Cost: $400 per person

Course 3: Dynamics/Response Spectra Analysis (1 day)

Provides practical training in dynamic analysis concepts in general and specific training in the use of RISA-3D to perform dynamic analysis. Topics also covered include mass and stiffness modeling concepts, mode shapes and frequencies (what they are and what they’re good for), local vs. global modes, mass participation, response spectra analysis (RSA) and RSA combination methods (SRSS, CQC, Gupta).
Prerequisite: Prior completion of the RISA-3D tutorial and Course 1.
Cost: $400 per person

Course 4: Comprehensive Training (3 days)

The standard comprehensive course is a combination of courses 1, 2 and 3.
Prerequisite: Prior completion of the RISA-3D tutorial
Cost: $1000 per person

RISA-3D Regional Training

Location

Varies (See Schedule)

Day 1

Basics of Structural Modeling
Covers modeling basics such as boundary conditions, local versus global direction loads, member orientation definition, member end releases and offsets, AISC and NDS code checking and shape database editing. Also provides basic training in the use of RISA-3D, with an emphasis on effective use of our graphic tools to manipulate the model including drawing and editing. Spreadsheet operations, cutting and pasting, and efficient results review will round out the day for this course.

Day 2

Advanced Structural Modeling
Provides an in-depth discussion of the RISA-3D plate finite element and how to use it effectively. Also covered is slave nodes, automatic rigid diaphragm modeling (strengths and weaknesses), moving loads, tension/compression only members and springs and the analysis and design of tapered members. Attention will be given to the use of the graphic methods of modeling and results review.

Note: Only 20 seats are available for each class. All attendees must furnish their own laptop computer and mouse.

Cost: $800 per person and includes breakfast and lunch both days (lodging not included).

RISAFloor Training

Location

Varies (See Schedule)

Course 1: Comprehensive Training (2 days)

Day 1
Students will go through hands on training examples to learn how to efficiently model floor systems in RISAFloor. Real world examples are used to demonstrate basic modeling concepts such as project grid creation, composite beam design, deck properties and live load reduction.

Day 2
Provides advanced instruction on steel joists, concrete design and multi-story modeling. Also covered is the RISA-3D integration including automatic generation of wind and seismic loads as well as design of cantilever beams.

Prerequisite: Prior completion of Day 1 & 2 of the RISA-3D Training Course or proficient use of RISA-3D.
Cost: $750 per person

RISATower Training

Location

Varies (See Schedule)

Course 1: Basics of Tower Modeling and Design (1 day)

• Step-by-step data input instructions
• Editing techniques and shortcuts
• Tower sections generation, base tower, upper tower and antenna modeling
• Monopoles (incl. base plates)
• Analysis and design options
• Feed line input, feedline types, shielding options, feedline clusters
• Appurtenances and microwave antennas, offsets and azimuths
• Welded and bolted connections Structural shapes and appurtenance database – adding, editing, updating Numerous “real-world” examples
• No prerequisite

Cost: $650 per person

Course 2: Advanced Tower Modeling and Design (1 day)

• Detailed discussion of bracing types and their applications
• Effective feed line and appurtenance placement
• Solution control parameters and their impact on convergence of non-linear analysis, non-converging models, typical causes and remedies
• Graphical and text output – detailed interpretation, isolating member failure causes
• Finite Element Analysis input and output, model diagnostics using FEA information
• Specific code implementation issues for TIA-222, Rev. F and G
• Worked-out examples and their comparisons with manual calculations

Prerequisite: Course 1
Cost: $650 per person

Course 3: Comprehensive Tower Analysis and Design

• Combination of Course 1 and Course 2
• No prerequisite

Cost: $1000 per person